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Lab Junction

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₹6,489  
The Lab Junction Auto Delux pH Meter with 3 Point Calibration and Epoxy pH Combination Electrode LJ-102 is a high-performance instrument designed for accurate and precise pH measurement in laboratory settings. It is widely used in fields such as chemistry, biology, environmental science, and water quality analysis.
The LJ-102 pH meter combines advanced technology and features to ensure reliable pH measurements. One key feature is the 3-point calibration capability, allowing users to calibrate the meter using three standard pH buffer solutions of known pH values. This calibration method helps to compensate for any deviations or drifts in the electrode's performance, ensuring highly accurate and reliable pH readings.
The pH meter is equipped with an epoxy pH combination electrode. This type of electrode is known for its durability, chemical resistance, and long lifespan. The epoxy body provides protection against physical damage and can withstand harsh environments, making it suitable for a wide range of applications.
The LJ-102 pH meter features a digital display that provides clear and easy-to-read pH readings. It allows users to monitor and record pH values accurately, facilitating data analysis and interpretation. The meter often includes a hold function that freezes the pH reading on the display, enabling users to note down or record the value before it changes.
Automatic temperature compensation is another important feature of the pH meter. pH values are temperature-dependent, and accurate measurements require temperature correction. The LJ-102 pH meter typically includes a built-in temperature sensor and automatic temperature compensation functionality, which adjusts the pH reading based on the sample's temperature, ensuring accurate results even in varying temperature conditions.
The pH meter is designed with user convenience in mind. It often includes touch keys or buttons for intuitive operation, allowing users to navigate through various functions easily. Some models may also offer additional features such as data logging, USB connectivity for data transfer, and extended battery life.
The Lab Junction Auto Delux pH Meter with 3 Point Calibration and Epoxy pH Combination Electrode LJ-102 provides reliable and precise pH measurements in laboratory settings. Its advanced features, including 3-point calibration, epoxy pH electrode, automatic temperature compensation, and user-friendly interface, make it an essential tool for researchers, scientists, and professionals who require accurate pH analysis in their work.
₹4,011  
Lab Junction Digital Pocket Size pH Tester Family for Laboratories LJ-135 encompasses a range of devices used to measure the acidity or alkalinity of a solution. These testers are designed to provide quick and accurate pH measurements, making them valuable tools in various industries, laboratories, and educational settings.
One common type of pH tester is the pH meter. It consists of a probe with a glass electrode that measures the concentration of hydrogen ions in the solution. The pH meter typically has a digital display that shows the pH value directly. Some models may also offer additional features such as temperature compensation and data logging capabilities.
Another type of pH tester is the pH test strip. These are strips of paper or plastic impregnated with pH-sensitive indicators. When dipped into a solution, the indicator changes color, which can be matched to a color chart provided with the strips to determine the pH value. pH test strips are inexpensive and easy to use, making them suitable for quick pH measurements in various applications.
pH pens or digital pH testers are compact handheld devices that combine the convenience of a pen-like design with the functionality of a pH meter. They typically have a built-in electrode and a digital display to provide pH readings. pH pens are portable, user-friendly, and often come with features like automatic calibration and temperature compensation.
In addition to these, there are also portable handheld pH testers that are compact and lightweight, making them ideal for on-the-go testing. These testers may have a built-in electrode or come with a detachable electrode that can be immersed in the solution being tested.
pH testers are used in a wide range of industries and applications. In agriculture, they help monitor soil pH for proper nutrient uptake by plants. In water treatment, they ensure the pH balance of swimming pools, spas, and drinking water. In food and beverage production, pH testing ensures the quality and safety of products. They are also essential in laboratory research, educational settings, and environmental monitoring.
In summary, the pH tester family includes pH meters, pH test strips, pH pens, and portable handheld pH testers. These devices provide quick and accurate pH measurements and find applications in various industries and settings. pH testers are valuable tools for monitoring pH levels, ensuring product quality, and conducting scientific research. Their convenience, accuracy, and portability make them essential for pH analysis in numerous fields.
₹3,303  
Lab Junction Conductivity Cell With 1.408 mS STD Solution for Conductivity Meter LJ-611 is an essential component of a conductivity meter or conductivity measurement system. It is designed to measure the electrical conductivity of a solution, which is a key parameter used to assess the concentration of dissolved ions or the overall purity of a liquid.
A conductivity cell consists of two or more electrodes that are immersed in the liquid being tested. These electrodes are typically made of a conductive material such as platinum, graphite, or stainless steel. They are spaced apart to create a gap or cell through which the electrical current passes.
When a voltage is applied across the electrodes, an electrical current flows through the liquid. The conductivity of the liquid is determined by the ability of ions in the solution to carry the electrical charge. If the liquid contains a high concentration of ions, it will have a high conductivity, indicating good electrical conductivity. Conversely, a low concentration of ions results in low conductivity.
The conductivity cell measures the resistance encountered by the electrical current as it passes through the solution. This resistance is inversely proportional to the conductivity of the liquid. The conductivity meter or system connected to the cell measures this resistance and calculates the electrical conductivity of the solution.
Conductivity cells may vary in design and configuration depending on the specific application and measurement requirements. Some cells feature a two-electrode design, while others have a four-electrode configuration. The four-electrode cells are often used in applications where the presence of polarization effects or fouling can affect the accuracy of measurements.
It is worth noting that conductivity cells may require regular maintenance and cleaning to ensure accurate and reliable measurements. Over time, the electrodes can become coated with deposits or contaminants, which can affect the performance of the cell. Cleaning procedures using appropriate solutions or techniques are typically recommended by the manufacturer to maintain optimal performance.
Conductivity cells are widely used in various industries, including water treatment, environmental monitoring, chemical analysis, and scientific research. They are essential for measuring the conductivity of water, monitoring the purity of industrial processes, assessing the effectiveness of water treatment methods, and conducting quality control in manufacturing.
In summary, a conductivity cell is a key component of a conductivity meter or measurement system used to assess the electrical conductivity of a solution. It consists of two or more electrodes that transmit an electrical current through the liquid being tested. The resistance encountered by the current is measured, allowing for the calculation of the solution's conductivity. Conductivity cells find extensive application in industries where the measurement of conductivity is crucial, and regular maintenance is necessary to ensure accurate and reliable measurements.
Pack of 2 piece
₹1,769  
The Lab Junction 100 and 400 NTU/JTU Turbidity Solutions Pack of 2 Pcs is a set of specialized calibration solutions used in conjunction with turbidity meters for accurate calibration and verification of turbidity measurements. Turbidity meters are widely used in industries such as water treatment, environmental monitoring, and research laboratories to assess water quality by measuring the cloudiness or haziness caused by suspended particles.
The pack includes two solutions: one with a turbidity level of 100 Nephelometric Turbidity Units (NTU) or Jackson Turbidity Units (JTU) and another with a turbidity level of 400 NTU/JTU. These turbidity levels cover a broad range of turbidity values commonly encountered in various applications.
Calibration is a critical step in ensuring the accuracy and reliability of turbidity meters. By calibrating the meter using known standard solutions like the Lab Junction 100 and 400 NTU/JTU turbidity solutions, users can establish reference points and verify the instrument's performance.
To calibrate a turbidity meter, a sample of the appropriate solution is placed in the measurement cell or cuvette of the instrument. The meter is then adjusted to match the known turbidity value of the solution. This calibration process helps correct any potential deviations or drift in the instrument's readings, ensuring precise and consistent measurements.
The Lab Junction turbidity solutions are typically provided in sealed bottles to maintain their integrity and prevent contamination. It is essential to handle the solutions carefully to avoid introducing external particles or impurities that could affect the accuracy of the calibration.
Having both the 100 NTU/JTU and 400 NTU/JTU turbidity solutions in a single pack offers versatility and flexibility. Users can choose the appropriate solution based on the turbidity range they need to calibrate or verify. This allows for comprehensive calibration capabilities, accommodating a wide range of turbidity levels encountered in different samples and applications.
Overall, the Lab Junction 100 and 400 NTU/JTU Turbidity Solutions Pack of 2 Pcs provides a reliable and convenient solution for calibrating turbidity meters. By using these known standard solutions, users can ensure the accuracy of their turbidity measurements, maintain quality control, and meet regulatory requirements for water quality assessment and monitoring.
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₹1,297  
Lab Junction 0-20 mS White STD Solution for Conductivity Meter LJ-611 is a solution with a known and well-defined electrical conductivity value. It is used as a reference material to calibrate and validate the accuracy of conductivity meters. These standard solutions are crucial for ensuring reliable and consistent measurements in various industries, including water quality testing, chemical analysis, and scientific research.
Standard solutions for conductivity measurement are typically prepared using high-purity salts dissolved in deionized water. Common salts used include potassium chloride (KCl) and sodium chloride (NaCl). These salts dissociate into ions when dissolved in water, increasing the electrical conductivity of the solution.
The concentration of the salt in the standard solution determines its electrical conductivity. Different concentrations are used depending on the desired range and accuracy of the conductivity meter being calibrated. For example, a 1,413 µS/cm (microsiemens per centimeter) KCl solution is often used as a reference point for calibration.
To calibrate a conductivity meter using a standard solution, the instrument is first adjusted to zero conductivity by immersing the probe in deionized water. Then, it is calibrated using the standard solution with the known conductivity value. The meter is adjusted or calibrated based on the reading obtained from the standard solution, ensuring accurate and reliable measurements.
Regular calibration and verification of conductivity meters using standard solutions are necessary to maintain the accuracy and traceability of measurements over time. Environmental factors, probe fouling, and instrument drift can affect the performance of conductivity meters, so periodic calibration against standard solutions is important to detect any deviations and ensure accurate readings.
In addition to calibration, standard solutions are also used for system validation and quality control purposes. By periodically measuring the conductivity of the standard solution, the performance and stability of the conductivity meter can be assessed. If the measured conductivity deviates from the known value of the standard solution, it indicates the need for instrument maintenance or recalibration.
In summary, standard solutions for conductivity meters are reference materials with known conductivity values. They are used to calibrate and validate the accuracy of conductivity meters. These solutions are prepared using high-purity salts dissolved in deionized water and provide a reliable reference point for measurements. Regular calibration against standard solutions is necessary to ensure accurate and consistent conductivity measurements.
₹1,415  
The Lab Junction 1 L HPLC Grade Pure Distilled Water LJ-9460014 is a high-quality water product specifically designed for use in High-Performance Liquid Chromatography (HPLC) applications. HPLC is a widely used analytical technique in scientific research, pharmaceutical analysis, and quality control, where the purity and quality of the solvents used are critical for accurate results.
This product offers 1 liter of HPLC grade pure distilled water, which has undergone a rigorous purification process to remove impurities and contaminants that could interfere with analytical measurements. Distillation is a common method employed to purify water, involving the heating of water to generate steam, followed by condensation to obtain pure distilled water.
The term "HPLC grade" indicates that the water has been carefully treated to meet the stringent requirements of HPLC applications. It undergoes additional purification steps to achieve high levels of purity, such as further filtration and ion-exchange processes, to eliminate even trace amounts of impurities that could affect the accuracy and sensitivity of HPLC analyses.
The use of HPLC grade pure distilled water LJ-9460014 ensures the absence of dissolved substances that may interfere with chromatographic separations or cause unwanted background signals. It also helps to prevent clogging of the HPLC system and extends the life of chromatographic columns, which are sensitive to contaminants.
The 1-liter volume provided is suitable for various laboratory applications, offering ample supply for multiple experiments and analyses. The packaging is often designed to maintain the purity of the water, using materials that prevent contamination during storage and transportation.
When working with LJ-9460014 HPLC grade pure distilled water, it is essential to handle it in a clean and controlled manner to maintain its purity. Proper storage in a tightly sealed container, protection from direct light exposure, and adherence to recommended handling practices are crucial to preserving its quality and reliability.
In summary, the Lab Junction 1 L HPLC Grade Pure Distilled Water LJ-9460014 is a premium product specifically produced for HPLC applications. Its high level of purity, achieved through meticulous purification processes, ensures accurate and reliable results in various analytical and scientific endeavors.
₹660  
Lab Junction Digital Fridge Thermometer With LCD and Wired Probe LJ-1495 is a compact electronic device used to monitor and display the temperature inside a refrigerator or freezer. It is designed to ensure that food and other perishable items are stored at safe and optimal temperatures to maintain their freshness and prevent spoilage.
The digital fridge thermometer consists of a temperature sensor, a digital display, and control buttons. The temperature sensor is usually attached to a probe or wire that is placed inside the refrigerator or freezer, while the display is located on the exterior of the device for easy reading. Some models also include additional features such as audible alarms, memory functions, and temperature trend analysis.
The main function of the digital fridge thermometer is to measure and display the temperature accurately and in real-time. It provides a clear and easy-to-read digital readout, eliminating the need for manual temperature readings and reducing the risk of errors. By regularly checking the thermometer, users can ensure that the refrigerator or freezer is maintaining the desired temperature range.
Maintaining the correct temperature in a refrigerator or freezer is crucial for food safety. The digital fridge thermometer helps users monitor and adjust the temperature settings as needed to keep perishable items at safe levels. It can detect temperature fluctuations or deviations from the desired range, allowing users to take immediate action to address any issues. This is particularly important in environments where strict temperature control is necessary, such as food storage areas in restaurants, commercial kitchens, or medical facilities.
In addition to food safety, a digital fridge thermometer can also help optimize energy efficiency. By accurately monitoring the temperature, users can adjust the refrigerator or freezer settings to minimize energy consumption while still maintaining proper cooling conditions. This can lead to cost savings and environmental benefits.
Overall, a digital fridge thermometer is a practical and reliable tool for monitoring the temperature inside refrigerators and freezers. It helps ensure food safety, prevent spoilage, and optimize energy efficiency. By providing real-time temperature readings and easy-to-read displays, it offers convenience and peace of mind for both residential and commercial users.
₹4,129  
The Lab Junction Dissolved Oxygen Probe with Sodium Sulphite & Potassium Chloride Bottle LJ-831 (b) is a specialized laboratory tool used for measuring the concentration of dissolved oxygen in liquids. This probe is commonly employed in environmental science, water quality analysis, and research laboratories.
The LJ-831 (b) probe consists of two essential components: the dissolved oxygen probe itself and the accompanying Sodium Sulphite & Potassium Chloride Bottle. The probe is typically a sensor equipped with a selectively permeable membrane that allows the diffusion of dissolved oxygen from the liquid being measured into the probe.
The Sodium Sulphite & Potassium Chloride Bottle serves as a calibration solution used to verify the accuracy and performance of the dissolved oxygen probe. It contains a specific concentration of sodium sulphite and potassium chloride, which creates a reference point for calibration.
To measure dissolved oxygen, the probe is first calibrated using the Sodium Sulphite & Potassium Chloride Bottle. The probe is immersed in the calibration solution, and the instrument is adjusted to ensure accurate readings. This calibration process accounts for any variations or deviations in the probe's response to dissolved oxygen.
Once calibrated, the probe is ready to measure dissolved oxygen in a sample liquid. It is immersed in the liquid, and the permeable membrane allows oxygen molecules to diffuse into the probe. The probe then measures the concentration of dissolved oxygen based on the electrical signals generated by the interaction between the oxygen and the probe's sensing elements.
The LJ-831 (b) probe often features a digital display or interface that provides real-time readings of dissolved oxygen concentration. This allows for easy monitoring and recording of data during experiments or water quality assessments.
Overall, the Lab Junction Dissolved Oxygen Probe with Sodium Sulphite & Potassium Chloride Bottle LJ-831 (b) is a valuable tool for accurately measuring dissolved oxygen levels in liquids. Its combination of the probe and the calibration solution ensures reliable and precise measurements, making it suitable for a wide range of applications in environmental and analytical chemistry.
Pack of 25 piece
₹719  
The Lab Junction Disposable 3 Ply Surgical Mask LJ-444 is a type of protective face mask designed to provide a barrier against airborne particles and bodily fluids. It is commonly used in healthcare settings, laboratories, and other environments where there is a risk of exposure to contaminants.
The LJ-444 surgical mask is made up of three layers of material, hence the name "3 Ply." The outer layer is typically made of a non-woven fabric that is fluid-resistant, providing a barrier against splashes and droplets. The middle layer is a filtration layer, composed of melt-blown fabric or similar material, which effectively filters out particles and microorganisms. The inner layer is soft and comfortable against the skin, ensuring a pleasant wearing experience.
These masks are designed to fit securely over the nose, mouth, and chin, providing coverage and reducing the risk of inhaling or exhaling particles. They typically have ear loops or ties to keep the mask in place during use.
The LJ-444 surgical mask offers several benefits. First and foremost, it helps protect both the wearer and those around them from the transmission of respiratory droplets, which may contain viruses, bacteria, or other harmful substances. It reduces the risk of infections and illnesses, particularly in healthcare settings where close contact with patients is common.
Additionally, the LJ-444 surgical mask is disposable, meaning it is intended for single-use only. This reduces the risk of contamination and ensures hygienic practices. After use, the mask should be properly disposed of according to local guidelines and regulations.
It's important to note that while the LJ-444 surgical mask provides a certain level of protection, it is not a substitute for other preventive measures such as regular handwashing, maintaining physical distance, and following proper respiratory hygiene practices.
Lab Junction Disposable 3 Ply Surgical Mask LJ-444 is a reliable and convenient option for individuals and professionals who require a protective face mask in various environments. By providing a physical barrier against airborne particles and fluids, it contributes to maintaining a safer and healthier environment.
₹1,533  
Lab Junction Digital Fridge Thermometer for Laboratories LJ-1496 is a compact electronic device used to monitor and display the temperature inside a refrigerator or freezer. It is designed to ensure that food and other perishable items are stored at safe and optimal temperatures to maintain their freshness and prevent spoilage.
The digital fridge thermometer consists of a temperature sensor, a digital display, and control buttons. The temperature sensor is usually attached to a probe or wire that is placed inside the refrigerator or freezer, while the display is located on the exterior of the device for easy reading. Some models also include additional features such as audible alarms, memory functions, and temperature trend analysis.
The main function of the digital fridge thermometer is to measure and display the temperature accurately and in real-time. It provides a clear and easy-to-read digital readout, eliminating the need for manual temperature readings and reducing the risk of errors. By regularly checking the thermometer, users can ensure that the refrigerator or freezer is maintaining the desired temperature range.
Maintaining the correct temperature in a refrigerator or freezer is crucial for food safety. The digital fridge thermometer helps users monitor and adjust the temperature settings as needed to keep perishable items at safe levels. It can detect temperature fluctuations or deviations from the desired range, allowing users to take immediate action to address any issues. This is particularly important in environments where strict temperature control is necessary, such as food storage areas in restaurants, commercial kitchens, or medical facilities.
In addition to food safety, a digital fridge thermometer can also help optimize energy efficiency. By accurately monitoring the temperature, users can adjust the refrigerator or freezer settings to minimize energy consumption while still maintaining proper cooling conditions. This can lead to cost savings and environmental benefits.
Overall, a digital fridge thermometer is a practical and reliable tool for monitoring the temperature inside refrigerators and freezers. It helps ensure food safety, prevent spoilage, and optimize energy efficiency. By providing real-time temperature readings and easy-to-read displays, it offers convenience and peace of mind for both residential and commercial users.
₹5,427  
The Lab Junction Online pH Electrode with 5m Cable LJ-133 (a) is a specialized laboratory instrument used for measuring the pH level of liquids in online or continuous monitoring applications. It is designed to provide real-time and accurate pH measurements, allowing for the monitoring and control of pH levels in various industrial processes, water treatment systems, and scientific research.
The online pH electrode is constructed with high-quality materials that ensure durability and reliability. It consists of a pH-sensitive glass membrane that responds to changes in the hydrogen ion concentration in the liquid being tested. The electrode is connected to a 5m cable, which allows for flexibility in positioning and accessing the measurement point.
The Lab Junction online pH electrode LJ-133 (a) is equipped with a BNC connector, which is a standard connector used for pH electrodes. This allows for easy connection to pH meters or monitoring systems that are compatible with BNC connectors, providing seamless integration into existing setups.
The electrode is designed to withstand harsh environments and chemical exposure. It is resistant to chemical corrosion and can handle a wide range of pH levels. This makes it suitable for applications in industries such as wastewater treatment, pharmaceuticals, food and beverage, and environmental monitoring.
The online pH electrode LJ-133 (a) offers fast and stable response times, ensuring accurate and reliable pH measurements. It provides precise readings within a specific pH range, typically between 0 and 14. The electrode is designed to be easily calibrated using standard buffer solutions to ensure accurate measurements over time.
The 5m cable allows for remote or hard-to-reach pH measurement points to be monitored continuously. This is particularly useful in large-scale industrial processes or when monitoring pH levels in inaccessible locations.
Regular calibration and maintenance are important to ensure the accuracy and longevity of the online pH electrode. Routine calibration with buffer solutions and proper cleaning of the electrode help maintain its performance and prevent contamination or drift in pH measurements.
In summary, the Lab Junction Online pH Electrode with 5m Cable LJ-133 (a) is a reliable and efficient instrument for continuous monitoring of pH levels in liquids. Its durable construction, flexible cable, and compatibility with standard BNC connectors make it suitable for various industrial and research applications. The electrode provides real-time pH measurements, allowing for precise control and optimization of processes and ensuring quality and consistency in a wide range of fields.
₹5,545  
The Lab Junction Online pH Electrode With 5 m Cable LJ-133 is a specialized device used for measuring the pH level of solutions in laboratory and industrial settings. This electrode is designed to be used with a pH meter or controller, providing accurate and reliable pH measurements.
The LJ-133 electrode features a durable and chemically resistant glass membrane that is sensitive to changes in hydrogen ion concentration, which determines the acidity or alkalinity of a solution. The electrode is equipped with a built-in reference electrode that provides a stable reference potential, ensuring accurate and consistent pH readings.
The LJ-133 electrode is connected to a pH meter or controller through a 5-meter cable, allowing for flexibility and convenience in positioning the electrode within the solution being tested. The cable is constructed to be resistant to chemicals and moisture, ensuring reliable performance even in harsh environments.
This pH electrode is easy to use, featuring a BNC connector that allows for quick and secure connection to compatible devices. It is important to note that the LJ-133 electrode requires regular calibration using pH calibration solutions to maintain accuracy. This calibration process involves adjusting the electrode's readings to known pH values.
The LJ-133 electrode is suitable for a wide range of applications, including water quality analysis, food and beverage production, chemical laboratories, and environmental monitoring. It is designed to withstand prolonged use and can handle a variety of solutions with different pH levels.
In summary, the Lab Junction Online pH Electrode With 5 m Cable LJ-133 is a reliable and versatile tool for pH measurement. Its durable construction, long cable length, and easy-to-use design make it an ideal choice for various laboratory and industrial applications where accurate pH monitoring is essential.
Pack of 100 piece
₹3,775  
Lab Junction 1.4 ml Polystyrene Single Use Cuvettes for Spectrophotometer LJ-2371 Pack of 100 Pcs are small, transparent containers used in spectroscopy and other laboratory applications to hold samples for analysis. They are typically made of glass or high-quality plastic materials, such as quartz or optical-grade polymers, that are transparent to specific wavelengths of light. Cuvettes are designed to ensure accurate and reproducible measurements of absorbance, fluorescence, or other optical properties of the sample.
The shape and design of cuvettes vary depending on the specific application and the type of spectrophotometer or optical instrument being used. They are typically rectangular or cylindrical in shape, with a small aperture or window through which light passes. The cuvettes have smooth, polished surfaces to minimize light scattering and maximize the transmission of light through the sample.
Cuvettes are available in different sizes and volumes to accommodate varying sample volumes and instrument requirements. The most common sizes are 1 cm path length cuvettes, which have a standard optical path length of 1 cm, allowing for accurate measurement of absorbance or fluorescence intensity. Other path lengths, such as 0.1 cm or 10 cm, may also be available for specific applications.
Cuvettes are used in a wide range of scientific disciplines, including chemistry, biochemistry, molecular biology, and environmental analysis. They are particularly important in spectroscopic techniques, such as UV-Vis spectroscopy, fluorescence spectroscopy, and infrared spectroscopy, where the interaction of light with the sample is measured.
When using cuvettes, it is crucial to handle them with care to avoid scratches or damage to the optical surfaces. Contamination can also affect the accuracy of measurements, so it is important to clean the cuvettes thoroughly between samples or use disposable cuvettes for sensitive applications.
In summary, cuvettes are small transparent containers used to hold samples for spectroscopic analysis. They are designed to ensure accurate and reproducible measurement of optical properties. Cuvettes come in various shapes, sizes, and materials to accommodate different applications and instrument requirements. They play a critical role in spectroscopy and other optical measurements in a wide range of scientific disciplines. Proper handling and cleaning of cuvettes are essential to maintain the integrity and accuracy of measurements.
Pack of 3 piece
₹896  
The Lab Junction 100 ml 4, 7, and 9.2 pH Buffer Solution Bottle for pH Meter LJ-111(k) is a set of specialized buffer solutions designed for accurate calibration and maintenance of pH meters. pH meters are widely used in scientific, industrial, and research settings to measure the acidity or alkalinity of solutions.
This set includes three bottles of buffer solutions, each with a different pH value: 4, 7, and 9.2. These pH values represent important reference points along the pH scale, covering acidic, neutral, and alkaline conditions. The buffer solutions are carefully prepared to have stable and accurate pH values, ensuring precise calibration of pH meters.
To calibrate a pH meter using the LJ-111(k) buffer solutions, a multi-point calibration procedure is followed. The electrode of the pH meter is first rinsed with distilled water to remove any contaminants. Then, the electrode is immersed in the pH 7 buffer solution, and the meter is adjusted to read the pH value of 7. This step ensures that the pH meter is accurately calibrated at the neutral pH point.
Next, the electrode is rinsed again and immersed in the pH 4 buffer solution. The meter is adjusted to read the pH value of 4, confirming the accuracy of the meter at the acidic pH point. This calibration step allows for accurate measurements in acidic solutions.
Lastly, the electrode is rinsed and immersed in the pH 9.2 buffer solution. The meter is adjusted to read the pH value of 9.2, validating the accuracy of the meter at the alkaline pH point. This calibration step is crucial for measuring alkaline solutions accurately.
The 100 ml bottle size of the buffer solutions allows for multiple calibrations and maintenance of pH meters over an extended period. The bottles are tightly sealed to prevent contamination and to preserve the accuracy of the buffer solutions.
The LJ-111(k) buffer solution set is commonly used in laboratories, research facilities, and industrial applications where precise pH measurements are essential. Regular calibration using accurate buffer solutions is critical to ensure the reliability and accuracy of pH measurements, particularly in fields such as chemistry, biology, environmental science, and quality control.
In summary, the Lab Junction 100 ml 4, 7, and 9.2 pH Buffer Solution Bottle for pH Meter LJ-111(k) is a set of high-quality buffer solutions that facilitate precise calibration of pH meters. These solutions cover a range of pH values and are essential for accurate pH measurements in various scientific and industrial applications.
Pack of 5 piece
₹1,084  
The Lab Junction 3.5 ml Glass Colorimeter Test Tubes with Flat Bottom, available in a pack of 5 pieces, are essential laboratory equipment used for colorimetric analysis and measurements. These test tubes are specifically designed for holding small volumes of liquid samples and are widely used in various scientific disciplines, including chemistry, biochemistry, pharmaceuticals, and environmental analysis.
The test tubes are made of high-quality borosilicate glass, which is known for its excellent resistance to heat, chemicals, and thermal shock. This makes them suitable for a wide range of applications and ensures their durability and longevity. The flat bottom design of the test tubes provides stability and facilitates accurate measurements.
The 3.5 ml capacity of these test tubes makes them ideal for small-scale colorimetric experiments or when working with limited sample volumes. They are particularly useful when performing colorimetric assays that require precise volume measurements and are compatible with most colorimeters and spectrophotometers used for absorbance measurements.
Colorimetric analysis relies on the measurement of the intensity of light absorbed or transmitted by a sample at a specific wavelength. The test tubes with flat bottoms are designed to hold the liquid sample in a controlled and consistent manner, allowing for accurate and reproducible measurements. The flat bottom ensures that the light path length remains consistent across all samples, minimizing errors in absorbance measurements.
The pack of 5 pieces provides researchers and technicians with multiple test tubes for conducting parallel measurements or running multiple samples simultaneously. This is particularly useful in high-throughput applications or when working with multiple analytes or samples that need to be analyzed in quick succession.
Proper handling and maintenance of the glass colorimeter test tubes are essential to ensure accurate and reliable results. They should be cleaned thoroughly before and after each use to prevent cross-contamination and ensure the absence of any residues that may interfere with the measurements. Additionally, care should be taken to avoid breakage by handling the test tubes gently and storing them in a secure manner.
In summary, the Lab Junction 3.5 ml Glass Colorimeter Test Tubes with Flat Bottom, available in a pack of 5 pieces, are vital laboratory tools for colorimetric analysis and measurements. Their high-quality glass construction, flat bottom design, and small volume capacity make them suitable for a wide range of applications in various scientific disciplines. These test tubes enable accurate and reliable colorimetric measurements, allowing researchers and technicians to obtain valuable data for their experiments and analyses.
₹2,241  
The Lab Junction Wet and Dry Zeal Bulb Hygrometer LJ-1645 is a device used to measure relative humidity. Relative humidity refers to the amount of moisture present in the air compared to the maximum amount of moisture the air can hold at a particular temperature. This hygrometer utilizes the wet and dry bulb method to accurately determine relative humidity levels.
The LJ-1645 hygrometer consists of two thermometers: a wet bulb thermometer and a dry bulb thermometer. The wet bulb thermometer has its bulb wrapped in a wet cloth or wick, while the dry bulb thermometer remains exposed to the air. As air passes over the wet bulb, the moisture evaporates, causing the temperature on the wet bulb thermometer to drop. The rate of evaporation depends on the humidity of the air, thus creating a temperature difference between the wet and dry bulb thermometers.
To measure relative humidity, the difference in temperature between the wet and dry bulb thermometers is determined using a psychrometric chart or a calculator specific to the wet and dry bulb method. By referencing the chart or using the calculator, users can find the corresponding relative humidity value based on the temperature difference.
The LJ-1645 hygrometer is particularly useful in various industries and applications where relative humidity plays a critical role. It is commonly used in meteorology, agriculture, HVAC systems, and environmental monitoring. This device allows users to monitor and control humidity levels in indoor environments, greenhouses, manufacturing facilities, and storage areas.
The Lab Junction LJ-1645 Wet and Dry Zeal Bulb Hygrometer provides accurate and reliable measurements of relative humidity. Its design and functionality make it a practical tool for professionals who need to assess and maintain optimal humidity conditions in their specific environments. By understanding relative humidity levels, users can make informed decisions, prevent moisture-related issues, and ensure the well-being of materials, products, and individuals affected by humidity variations.
Pack of 50 piece
₹860  
The Lab Junction Non Woven 3 Ply Mask LJ-555 is a high-quality disposable mask designed to provide effective protection against airborne particles, droplets, and contaminants. The pack contains 50 pieces, making it suitable for various settings, including laboratories, healthcare facilities, industrial environments, and public spaces.
The LJ-555 mask is made from non-woven fabric, which is known for its excellent filtration properties and comfortable fit. The three-ply construction consists of an outer layer, a middle layer, and an inner layer. The outer layer is designed to repel fluids and prevent liquid penetration, providing a barrier against droplets and splashes. The middle layer acts as a filter, effectively trapping particles and bacteria. The inner layer is soft and gentle against the skin, ensuring comfort during prolonged use.
The mask features elastic ear loops that securely hold the mask in place and ensure a snug fit around the face. This helps to prevent gaps and leakage, maximizing the mask's effectiveness. The LJ-555 mask is designed to cover the nose and mouth completely, providing full coverage and protection.
The non-woven 3-ply mask offers several benefits. It helps reduce the transmission of respiratory droplets, which is particularly important in preventing the spread of infectious diseases, including respiratory infections such as COVID-19. The mask provides a physical barrier that filters out large particles, dust, pollen, and other airborne contaminants, thereby reducing the risk of inhalation.
The LJ-555 mask is designed for single-use, promoting hygiene and preventing cross-contamination. After use, it can be easily disposed of in an appropriate manner. The pack of 50 masks ensures an adequate supply for multiple users or extended use.
The Lab Junction Non Woven 3 Ply Mask LJ-555 is manufactured with strict quality control measures to ensure its reliability and effectiveness. It meets the necessary standards for respiratory protection and is suitable for use in various environments where personal protective equipment is required.
In summary, the Lab Junction Non Woven 3 Ply Mask LJ-555 Pack of 50 Pcs offers a convenient and reliable solution for respiratory protection. Its non-woven fabric construction, comfortable fit, and efficient filtration properties make it a valuable tool in maintaining personal and public health.
Pack of 2 piece
₹636  
The Lab Junction 100 ml 4 and 7 pH Buffer Solution Bottle for pH Meter LJ-111 (j) is a set of specialized buffer solutions used for calibrating and maintaining the accuracy of pH meters. pH meters are widely used in various scientific and industrial applications to measure the acidity or alkalinity of a solution.
The set includes two bottles of buffer solutions: one with a pH value of 4 and the other with a pH value of 7. These values correspond to the commonly used pH reference points. The buffer solutions are carefully prepared to have stable and precise pH values, ensuring accurate calibration of pH meters.
To calibrate a pH meter using the LJ-111 (j) buffer solutions, the user follows a simple procedure. First, the electrode of the pH meter is rinsed with distilled water to remove any residual contaminants. Then, the electrode is immersed in the pH 7 buffer solution, and the meter is adjusted to read the pH value of 7. This step ensures that the meter is accurately calibrated at the neutral pH point.
Next, the electrode is rinsed again and immersed in the pH 4 buffer solution. The pH meter is adjusted to read the pH value of 4, confirming the meter's accuracy at the acidic pH point. This two-point calibration procedure helps compensate for any variations or drift in the pH meter's readings, ensuring reliable and precise measurements.
The 100 ml bottle size of the buffer solutions allows for multiple calibrations and maintenance of pH meters over an extended period. The solutions are tightly sealed to prevent contamination and maintain their pH values.
The LJ-111 (j) buffer solution set is commonly used in laboratories, research facilities, and industrial settings where pH measurements are critical. Regular calibration using accurate buffer solutions is essential to ensure the accuracy and reliability of pH measurements, particularly in fields such as chemistry, biology, environmental science, and quality control.
In conclusion, the Lab Junction 100 ml 4 and 7 pH Buffer Solution Bottle for pH Meter LJ-111 (j) is a set of high-quality buffer solutions that play a crucial role in calibrating and maintaining the accuracy of pH meters. These solutions provide stable and precise pH reference points, ensuring reliable pH measurements in various scientific and industrial applications.
₹848  
The Lab Junction Colony Counter Pen for Laboratories is a high-quality instrument designed for use in laboratories to count bacterial colonies. This device is ideal for use in a variety of applications, including microbiology, food testing, and environmental testing.
This product is a compact and easy-to-use device that provides accurate and reliable colony counting. The device features a pen-like design that allows the user to easily count the colonies on a petri dish. The device has a built-in LED light that illuminates the colonies, making them easier to see and count.
The device is made from high-quality materials that ensure durability and longevity. The device is designed to be easy to clean, which reduces the risk of contamination and ensures that the device remains accurate over time.
This product is easy to use, which ensures that the user can quickly and accurately count the colonies. The device is equipped with a counting button that allows the user to easily count the colonies. The device also has a reset button that allows the user to reset the count to zero.
The device is also equipped with a data storage function that allows the user to store the colony count for future reference. The device has a capacity of up to 999 colonies, which makes it suitable for a wide range of applications.
Overall, the Lab Junction Colony Counter Pen for Laboratories is an excellent option for laboratories that require accurate and reliable colony counting. The device is easy to use, durable, and provides accurate readings, making it an essential tool for any laboratory that performs microbiology, food testing, or environmental testing.
Pack of 10 piece
₹353  
The Lab Junction Disposable 3 Ply Surgical Mask LJ-444 is a type of protective face mask designed to provide a barrier against airborne particles and bodily fluids. It is commonly used in healthcare settings, laboratories, and other environments where there is a risk of exposure to contaminants.
The LJ-444 surgical mask is made up of three layers of material, hence the name "3 Ply." The outer layer is typically made of a non-woven fabric that is fluid-resistant, providing a barrier against splashes and droplets. The middle layer is a filtration layer, composed of melt-blown fabric or similar material, which effectively filters out particles and microorganisms. The inner layer is soft and comfortable against the skin, ensuring a pleasant wearing experience.
These masks are designed to fit securely over the nose, mouth, and chin, providing coverage and reducing the risk of inhaling or exhaling particles. They typically have ear loops or ties to keep the mask in place during use.
The LJ-444 surgical mask offers several benefits. First and foremost, it helps protect both the wearer and those around them from the transmission of respiratory droplets, which may contain viruses, bacteria, or other harmful substances. It reduces the risk of infections and illnesses, particularly in healthcare settings where close contact with patients is common.
Additionally, the LJ-444 surgical mask is disposable, meaning it is intended for single-use only. This reduces the risk of contamination and ensures hygienic practices. After use, the mask should be properly disposed of according to local guidelines and regulations.
It's important to note that while the LJ-444 surgical mask provides a certain level of protection, it is not a substitute for other preventive measures such as regular handwashing, maintaining physical distance, and following proper respiratory hygiene practices.
Lab Junction Disposable 3 Ply Surgical Mask LJ-444 is a reliable and convenient option for individuals and professionals who require a protective face mask in various environments. By providing a physical barrier against airborne particles and fluids, it contributes to maintaining a safer and healthier environment.
₹719  
The Lab Junction pH Sensor Electrode with Probe Stand is a valuable tool used in laboratories for measuring the pH of solutions. pH is a measure of the acidity or alkalinity of a substance and is an essential parameter in various scientific and industrial applications. This pH sensor electrode, along with the accompanying probe stand, provides a reliable and convenient solution for pH measurement in the lab.
The pH sensor electrode consists of a glass membrane that is sensitive to changes in hydrogen ion concentration. When immersed in a solution, the glass membrane interacts with the hydrogen ions present, creating a potential difference that can be measured and converted into a pH value. The electrode is connected to a pH meter or a data acquisition system, which reads and displays the pH value.
The Lab Junction pH Sensor Electrode is designed for accuracy and durability. The glass membrane is made of high-quality materials that ensure reliable and consistent measurements. It is also resistant to chemical corrosion, allowing it to withstand exposure to a wide range of solutions.
The accompanying probe stand provides stability and convenience during pH measurements. It securely holds the pH sensor electrode in an upright position, ensuring that it remains immersed in the solution and in a consistent position for accurate readings. The stand also helps to prevent any accidental damage to the electrode when not in use.
Using the Lab Junction pH Sensor Electrode with the probe stand is straightforward. The electrode is connected to the pH meter or data acquisition system, and the probe stand is set up on the laboratory bench. The user can then calibrate the electrode using standard pH buffer solutions to ensure accurate measurements. Once calibrated, the electrode is immersed in the solution of interest, and the pH value is read and recorded.
Overall, the Lab Junction pH Sensor Electrode with Probe Stand is a reliable and user-friendly tool for pH measurement in laboratory settings. It offers accuracy, durability, and stability, making it a valuable asset for researchers, scientists, and technicians working in various fields such as chemistry, biology, environmental science, and quality control.
₹2,241  
The Lab Junction pH Combination Electrode with Charger Bottle and Buffer Solution Bottle is a comprehensive kit designed for pH measurement and calibration in laboratory settings. It includes a pH combination electrode, a charger bottle, and buffer solution bottles, providing researchers and technicians with the necessary tools for accurate pH measurement and calibration.
The pH combination electrode is the central component of the kit. It is a specialized sensor that measures the hydrogen ion concentration in a solution, which is used to determine its pH value. The electrode typically consists of a glass or plastic body with an internal reference electrode and a sensitive glass membrane. It is connected to a pH meter or analyzer for the measurement and display of pH values.
The charger bottle is an essential accessory that helps to maintain and condition the pH electrode. It contains a storage solution or electrolyte that is used to keep the electrode hydrated and maintain its performance over time. The charger bottle ensures that the electrode is properly stored when not in use, preserving its sensitivity and accuracy.
The buffer solution bottles included in the kit are used for pH calibration. Buffer solutions are prepared solutions with known and stable pH values. They serve as reference points for calibrating the pH electrode and ensuring accurate measurements. The buffer solutions are typically available in different pH values, such as pH 4, pH 7, and pH 10, covering a wide range of acidity and alkalinity levels.
To use the Lab Junction pH Combination Electrode with Charger Bottle and Buffer Solution Bottle, the pH electrode is connected to a pH meter or analyzer. The electrode is then calibrated using the buffer solutions provided. The pH values of the buffer solutions are compared to the readings obtained from the electrode, and adjustments are made to ensure accurate calibration.
This comprehensive kit offers several advantages in pH measurement and calibration. The combination electrode provides reliable and accurate pH measurements, while the charger bottle helps to maintain the electrode's performance. The buffer solutions enable precise calibration, ensuring consistent and reliable pH readings.
The Lab Junction pH Combination Electrode with Charger Bottle and Buffer Solution Bottle is widely used in various scientific disciplines, including chemistry, biology, environmental science, and quality control. It is an essential tool for pH measurement and calibration in research, testing, and analysis.
Proper care and maintenance of the electrode, charger bottle, and buffer solution bottles are crucial for optimal performance. Regular cleaning, storage in the charger bottle, and replacement of buffer solutions when they expire are necessary to ensure accurate and reliable pH measurements.
In summary, the Lab Junction pH Combination Electrode with Charger Bottle and Buffer Solution Bottle is a comprehensive kit for pH measurement and calibration. The combination electrode, charger bottle, and buffer solutions work together to provide accurate pH readings and maintain the electrode's performance. This kit is widely used in various scientific applications that require precise pH measurement and control.
₹919  
The Lab Junction Mic Pin Socket Colony Counter Auto Marker Pen is a laboratory instrument designed to aid in the enumeration and identification of microbial colonies on agar plates. It is a valuable tool in microbiology laboratories, allowing researchers and technicians to accurately count and mark colonies for further analysis.
The main component of the Mic Pin Socket Colony Counter Auto Marker Pen is a high-precision micropipette-like device with a fine needle or pin at the tip. This pin is used to touch individual colonies on an agar plate, registering a count electronically or mechanically. The instrument typically features a built-in LED display or digital counter to provide real-time colony counts.
The auto marker pen functionality allows for the marking or identification of counted colonies directly on the agar plate. This is particularly useful when analyzing multiple plates simultaneously or when differentiating colonies based on specific characteristics or treatments. The marker pen may utilize various non-toxic, water-based ink colors for clear and visible labeling.
The Mic Pin Socket Colony Counter Auto Marker Pen offers several advantages. It significantly improves the accuracy and efficiency of colony counting, eliminating the need for manual counting and marking, which can be time-consuming and prone to errors. The instrument ensures consistency in counting and enables quick retrieval of data for further analysis and documentation.
The Lab Junction Mic Pin Socket Colony Counter Auto Marker Pen is commonly used in various microbiology applications, including clinical microbiology, food and beverage testing, environmental monitoring, and research. It is an essential tool for quantifying microbial growth and assessing the effectiveness of antimicrobial agents or other experimental treatments.
Proper handling and maintenance are crucial for optimal performance of the Mic Pin Socket Colony Counter Auto Marker Pen. Regular calibration and cleaning of the instrument, including the pin or needle, are necessary to maintain accuracy and prevent cross-contamination between plates. Following manufacturer instructions and adhering to good laboratory practices ensure the longevity and reliability of the instrument.
In summary, the Lab Junction Mic Pin Socket Colony Counter Auto Marker Pen is a valuable tool for microbiology laboratories. Its ability to accurately count and mark colonies on agar plates enhances efficiency and precision in microbial analysis. The instrument's auto marker pen feature facilitates easy identification and differentiation of colonies, making it an essential asset in various microbiology applications.
₹789  
The Lab Junction Aluminium Test Tube Stand is a laboratory apparatus designed to hold and organize test tubes during various scientific experiments and procedures. It is commonly used in research laboratories, educational institutions, and medical facilities where multiple test tubes need to be handled simultaneously.
The test tube stand is constructed from high-quality aluminum, which provides durability, corrosion resistance, and stability. Aluminum is a lightweight material that is easy to clean and maintain, making it ideal for laboratory environments.
The stand typically consists of a rectangular base with multiple holes or slots arranged in a grid pattern. These holes or slots are designed to securely hold test tubes in an upright position, preventing them from tipping over and spilling their contents. The number of holes or slots can vary, depending on the size and capacity of the test tube stand.
The Lab Junction Aluminium Test Tube Stand offers several advantages in laboratory settings. Firstly, it promotes organization by providing a designated space for each test tube, allowing easy identification and retrieval of specific samples. This helps prevent mix-ups and cross-contamination between different samples.
Additionally, the test tube stand facilitates efficient workflow and multitasking. Researchers can place multiple test tubes with different substances or reagents in the stand, enabling simultaneous handling and observation of various experiments or procedures. This saves time and increases productivity in the laboratory.
The stand also promotes safety by minimizing the risk of breakage or spills. The secure positioning of the test tubes prevents accidental knocks or tip-overs, reducing the chances of hazardous substances being released or contaminated.
Moreover, the aluminum material of the test tube stand offers heat resistance, making it suitable for applications involving high temperatures. This allows the stand to be used in processes such as heating, cooling, or incubation of test tubes without warping or compromising its structural integrity.
In summary, the Lab Junction Aluminium Test Tube Stand is a versatile and essential tool in laboratory settings. Its sturdy construction, organization capabilities, and heat resistance contribute to efficient and safe handling of test tubes during scientific experiments, research, and analysis.
Pack of 500 piece
₹2,123  
The Lab Junction 100-1000 µl Clear Microtips for Micropipette LJ-2154 is a pack of 500 individual microtips designed for use with micropipettes in laboratory settings. These clear microtips offer precise and accurate liquid handling capabilities, making them an essential tool for various pipetting applications.
Each microtip in the pack has a volume capacity ranging from 100 to 1000 µl, allowing for flexible pipetting of different volumes of liquids. The wide volume range makes them suitable for a variety of laboratory procedures, including sample preparation, liquid transfers, and assay setups.
The microtips are made from high-quality materials that are chemically resistant and non-reactive to ensure the integrity of the samples being pipetted. The clear design of the microtips allows for easy visualization of the liquid inside, which helps in accurate pipetting and minimizes the risk of cross-contamination.
The Lab Junction microtips are designed to have a universal fit with most commonly used micropipettes. They feature a universal cone design that ensures a secure and leak-free attachment to the pipette, preventing any loss of sample or inaccuracies during pipetting.
The pack contains 500 individual microtips, providing an ample supply for routine laboratory work. The microtips are conveniently packed in a box, making it easy to access and store them. This quantity ensures that there are enough microtips available for multiple users or for continuous pipetting tasks without the need for frequent restocking.
These microtips from Lab Junction are widely used in research laboratories, academic institutions, healthcare facilities, and biotechnology companies. They are particularly useful in applications such as DNA amplification, protein analysis, cell culture, and general liquid handling tasks.
In summary, the Lab Junction 100-1000 µl Clear Microtips for Micropipette LJ-2154 Pack of 500 Pcs provides high-quality, clear microtips that are compatible with various micropipettes. Their accurate volume range, chemical resistance, and secure fit make them essential tools for precise liquid handling in laboratory settings, contributing to reliable and reproducible experimental results.
Pack of 100 piece
₹3,775  
Lab Junction 3.5 ml Polystyrene Single Use Cuvettes for Spectrophotometer LJ-2371 Pack of 100 Pcs are small, transparent containers used in spectroscopy and other laboratory applications to hold samples for analysis. They are typically made of glass or high-quality plastic materials, such as quartz or optical-grade polymers, that are transparent to specific wavelengths of light. Cuvettes are designed to ensure accurate and reproducible measurements of absorbance, fluorescence, or other optical properties of the sample.
The shape and design of cuvettes vary depending on the specific application and the type of spectrophotometer or optical instrument being used. They are typically rectangular or cylindrical in shape, with a small aperture or window through which light passes. The cuvettes have smooth, polished surfaces to minimize light scattering and maximize the transmission of light through the sample.
Cuvettes are available in different sizes and volumes to accommodate varying sample volumes and instrument requirements. The most common sizes are 1 cm path length cuvettes, which have a standard optical path length of 1 cm, allowing for accurate measurement of absorbance or fluorescence intensity. Other path lengths, such as 0.1 cm or 10 cm, may also be available for specific applications.
Cuvettes are used in a wide range of scientific disciplines, including chemistry, biochemistry, molecular biology, and environmental analysis. They are particularly important in spectroscopic techniques, such as UV-Vis spectroscopy, fluorescence spectroscopy, and infrared spectroscopy, where the interaction of light with the sample is measured.
When using cuvettes, it is crucial to handle them with care to avoid scratches or damage to the optical surfaces. Contamination can also affect the accuracy of measurements, so it is important to clean the cuvettes thoroughly between samples or use disposable cuvettes for sensitive applications.
In summary, cuvettes are small transparent containers used to hold samples for spectroscopic analysis. They are designed to ensure accurate and reproducible measurement of optical properties. Cuvettes come in various shapes, sizes, and materials to accommodate different applications and instrument requirements. They play a critical role in spectroscopy and other optical measurements in a wide range of scientific disciplines. Proper handling and cleaning of cuvettes are essential to maintain the integrity and accuracy of measurements.
Pack of 10 piece
₹766  
Lab Junction 250 ml pH 4.01 at 25°C pH Buffer Powder for pH Meter LJ-111(M) Pack of 10 Pcs is a substance used in laboratory settings to prepare buffer solutions with a specific pH value. Buffer solutions are crucial in scientific research, industrial applications, and various analytical techniques where precise control of pH is essential.
The pH buffer powder typically consists of a mixture of a weak acid and its conjugate base or a weak base and its conjugate acid. These components work together to resist changes in pH when an acidic or basic substance is added to the solution. The buffer powder is formulated to have a specific pH value, which determines its effectiveness in maintaining that pH.
To prepare a buffer solution, the pH buffer powder is dissolved in a solvent, typically water, to form the desired concentration. The resulting solution is then used to stabilize the pH of other solutions or samples. The buffer solution helps maintain the pH within a narrow range, even in the presence of acids or bases.
pH buffer powder is available in a range of pH values, covering the entire pH scale. Common buffer systems include phosphate buffers, acetate buffers, citrate buffers, and Tris buffers. Each buffer system has a specific pKa value, which determines its buffering capacity within a certain pH range.
The pH buffer powder is carefully manufactured and quality-controlled to ensure accurate and reproducible results. It is important to follow the instructions provided by the manufacturer for the correct preparation and use of the buffer solution. This includes measuring the buffer powder accurately, using the appropriate solvent, and ensuring proper storage conditions to maintain the stability of the powder.
pH buffer powders find applications in various scientific fields, including chemistry, biology, biochemistry, and environmental science. They are utilized for calibrating pH meters and electrodes, preparing standard solutions, conducting experiments, and maintaining stable pH conditions during chemical reactions or biological assays.
In summary, pH buffer powder is a vital component in the preparation of buffer solutions with specific pH values. It consists of a mixture of weak acids and their conjugate bases or weak bases and their conjugate acids. The buffer powder is dissolved in a solvent to create a buffer solution, which resists changes in pH and maintains a stable pH environment. pH buffer powders are widely used in laboratory settings for pH calibration, buffer preparation, and maintaining precise pH conditions in various scientific and analytical procedures.
₹848  
The Lab Junction PT-100 Temperature Probe Sensor (LJ-101) is a specialized instrument used for precise temperature measurements in laboratory settings. It is commonly employed in research, quality control, and industrial laboratories where accurate temperature monitoring is crucial for various applications.
The LJ-101 PT-100 Temperature Probe Sensor utilizes a platinum resistance temperature detector (RTD) known as a PT-100 sensor. The PT-100 sensor consists of a platinum wire wound in a specific pattern, providing high accuracy and stability in temperature measurement. It is designed to have a resistance of 100 ohms at 0 degrees Celsius, hence the name PT-100.
The LJ-101 PT-100 Temperature Probe Sensor features a highly sensitive and responsive probe that can accurately measure a wide range of temperatures. It is equipped with a stainless steel probe tip that ensures durability and resistance to chemical corrosion. The probe may also have a protective sheath or handle for safe handling and easy insertion into samples or containers.
The LJ-101 PT-100 Temperature Probe Sensor is compatible with various temperature measurement devices, such as digital thermometers or temperature meters. It typically utilizes a four-wire configuration to minimize errors caused by lead wire resistance. This configuration ensures accurate and reliable temperature readings, even in environments with potential electrical interference.
The LJ-101 PT-100 Temperature Probe Sensor is known for its high precision and stability. It offers a wide temperature range, often spanning from -200 to +500 degrees Celsius, allowing it to be used in a diverse range of laboratory applications. The sensor provides rapid response times, allowing for real-time temperature monitoring and control.
The LJ-101 PT-100 Temperature Probe Sensor is designed with ease of use in mind. It may have a detachable or replaceable probe, allowing for easy maintenance and calibration. The sensor may also feature a plug-and-play design, enabling quick and hassle-free connection to compatible temperature measurement devices.
In summary, the Lab Junction PT-100 Temperature Probe Sensor (LJ-101) is a highly accurate and reliable instrument used for temperature measurements in laboratory settings. Its PT-100 sensor, stainless steel probe tip, and wide temperature range make it suitable for various applications. With its precision, stability, and ease of use, the LJ-101 PT-100 Temperature Probe Sensor is a valuable tool for temperature monitoring and control in research, quality control, and industrial laboratories.
₹4,955  
The Lab Junction Dissolved Oxygen Probe Sensor with Standard Salt Bottle and Procedure is an essential tool used for measuring the concentration of dissolved oxygen in liquid samples. This sensor is widely employed in various industries, including environmental monitoring, water treatment, aquaculture, and research laboratories.
The probe sensor consists of a sensing element and a reference electrode. The sensing element, typically made of a specialized membrane, is responsible for measuring the partial pressure of oxygen in the solution, which is directly related to the concentration of dissolved oxygen. The reference electrode ensures stable and accurate measurements by providing a reference point for the measurement.
The package includes a standard salt bottle and a procedure for calibration and verification of the dissolved oxygen probe sensor. The standard salt bottle contains a solution with a known concentration of dissolved oxygen. This solution serves as a reference point for calibrating the sensor and validating its performance.
The procedure typically involves several steps. First, the sensor needs to be calibrated using the standard salt solution. This calibration process adjusts the sensor's response to accurately measure dissolved oxygen levels in the sample. Calibration ensures that the sensor provides reliable and precise readings.
After calibration, the sensor is ready for use. It is immersed in the liquid sample, and the dissolved oxygen concentration is measured. The sensor may require some time to stabilize and provide accurate readings. The measurement results can be displayed on a connected instrument or recorded for further analysis.
The Lab Junction Dissolved Oxygen Probe Sensor with Standard Salt Bottle and Procedure offers a convenient and comprehensive solution for accurate dissolved oxygen analysis. The inclusion of the standard salt bottle ensures proper calibration and validation of the sensor's performance, guaranteeing reliable and consistent measurements.
This package simplifies the process of dissolved oxygen analysis by providing all the necessary components and guidelines for calibration and measurement. It allows laboratories and industries to monitor dissolved oxygen levels in their samples with confidence, enabling them to make informed decisions regarding water quality, biological processes, and environmental conditions.
Overall, the Lab Junction Dissolved Oxygen Probe Sensor with Standard Salt Bottle and Procedure is a valuable tool for precise dissolved oxygen analysis. Its inclusion of the standard salt solution and calibration procedure ensures reliable measurements and helps maintain the sensor's performance over time. This package is an essential asset for laboratories and industries that require accurate dissolved oxygen analysis in their daily operations.
Pack of 2 piece
₹2,123  
The Lab Junction 10 mm Path Length 3.5 ml Capacity Glass Cuvette is a specialized accessory designed for use with spectrophotometers in laboratory settings. Spectrophotometry is a widely used analytical technique that measures the absorbance or transmittance of light by a sample to determine its concentration or chemical properties.
The glass cuvette is an essential component of the spectrophotometer that holds the sample being analyzed. The 10 mm path length refers to the distance traveled by the light through the cuvette. This standardized path length ensures consistent and accurate measurements across different samples and instruments.
The 3.5 ml capacity of the cuvette indicates the volume of the sample it can accommodate. This capacity is suitable for most laboratory applications, allowing for the analysis of small to moderate sample volumes. The cuvettes are often sold in packs of two, providing convenience and flexibility for users to perform replicate measurements or analyze multiple samples simultaneously.
Glass cuvettes are preferred in spectrophotometry due to their excellent optical properties. They have high transparency over a wide range of wavelengths, allowing for accurate measurements across the UV-visible spectrum. Glass cuvettes are also chemically inert, minimizing interference with the sample and ensuring reliable results.
The Lab Junction cuvettes are designed with precision to ensure a tight and secure fit within the spectrophotometer's sample compartment. This helps to maintain optical alignment and prevent any light leakage or disturbances during measurements. The cuvettes often have a standard rectangular shape with smooth, optically clear walls to minimize light scattering and maximize light transmission.
The cuvettes are typically easy to handle and clean. They may feature a removable cap or lid to prevent sample evaporation or contamination. Cleaning the cuvettes after use is important to remove any residue that could affect subsequent measurements. Proper handling and maintenance of the cuvettes are essential to ensure accurate and consistent results.
In summary, the Lab Junction 10 mm Path Length 3.5 ml Capacity Glass Cuvette is a specialized accessory used in spectrophotometry for holding and analyzing samples. Its design, including the path length, volume capacity, and glass material, ensures accurate and reliable measurements. The cuvettes are sold in packs of two, providing convenience and flexibility for laboratory analysis.
₹6,371  
The Lab Junction Waterproof Digital EC (Electrical Conductivity) Meter is a specialized instrument used for measuring the electrical conductivity of a solution. It is commonly used in laboratory settings for applications such as water quality analysis, environmental monitoring, hydroponics, and agricultural research. The meter provides accurate and reliable conductivity measurements, allowing researchers and analysts to assess the quality and composition of various solutions.
The meter features a waterproof design, which is essential for withstanding wet and humid environments. This design ensures the longevity and durability of the instrument, protecting it from water damage and allowing for use in a variety of laboratory conditions.
Electrical conductivity is a measure of a solution's ability to conduct electricity, which is influenced by the presence of ions in the solution. The EC meter utilizes a conductivity probe that measures the electrical resistance of the solution. The higher the concentration of ions in the solution, the higher the electrical conductivity. The meter then converts the electrical resistance readings into conductivity values, typically in units of microsiemens per centimeter (µS/cm) or millisiemens per centimeter (mS/cm).
In addition to conductivity measurement, the meter also includes a built-in temperature sensor, allowing for simultaneous measurement of temperature. Temperature has a significant impact on electrical conductivity, as conductivity values change with variations in temperature. The temperature compensation feature of the meter ensures accurate and reliable conductivity readings by automatically adjusting the measurements based on the temperature of the solution.
The Lab Junction Waterproof Digital EC Meter is user-friendly and easy to operate. It features a clear LCD display that shows conductivity and temperature readings simultaneously, providing convenient and real-time monitoring. The meter also includes calibration functions, allowing users to calibrate the instrument using standard conductivity solutions for accurate measurements.
Regular calibration and proper maintenance are essential for ensuring the accuracy and reliability of the meter. It is recommended to calibrate the EC meter regularly using appropriate calibration solutions and to follow the manufacturer's guidelines for cleaning and storage.
In summary, the Lab Junction Waterproof Digital EC Meter is a valuable tool in laboratory settings for measuring the electrical conductivity of solutions. Its waterproof design, simultaneous conductivity and temperature measurement capabilities, and user-friendly interface make it suitable for a wide range of applications. The accurate and reliable measurements provided by the meter contribute to the assessment of water quality, nutrient levels, and solution compositions in various scientific and analytical fiel
₹3,303  
The Lab Junction pH Micro Combination Electrode with 4 and 7 pH Bottle is an important accessory designed for use with pH meters. This combination electrode is specifically designed to provide accurate and reliable pH measurements in various applications such as laboratories, research facilities, and industrial settings.
The pH Micro Combination Electrode consists of a glass bulb at the bottom that contains a pH-sensitive membrane. This membrane interacts with the sample being tested, allowing the electrode to detect and measure the hydrogen ion concentration in the solution, which corresponds to its pH value.
The Lab Junction pH Micro Combination Electrode comes with two pH buffer solutions in bottles with pH values of 4 and 7. These buffer solutions are used for electrode calibration and verification of the pH meter's accuracy. Calibration is a critical process that ensures the pH meter is providing accurate readings. By immersing the electrode in the respective buffer solutions, the user can adjust the pH meter to match the known pH values of the buffers, ensuring precise and reliable measurements.
The pH buffer solutions included with the electrode cover a wide pH range. The pH 4 buffer is used for calibrating the pH meter in acidic solutions, while the pH 7 buffer is used for neutral solutions. These buffers help establish reference points for accurate pH measurements across different pH ranges.
The Lab Junction pH Micro Combination Electrode is typically equipped with a BNC connector, which allows for easy and secure connection to a compatible pH meter. The electrode may also have a built-in temperature sensor to enable automatic temperature compensation, ensuring accurate pH measurements even in temperature-varying environments.
Using the pH Micro Combination Electrode with the provided pH buffer solutions is a straightforward process. The user starts by immersing the electrode in the pH 7 buffer solution, adjusting the pH meter to read 7. This step ensures that the pH meter is properly calibrated. The electrode can then be immersed in the pH 4 buffer solution for verification purposes, allowing the user to confirm the accuracy of the pH meter in acidic solutions.
In summary, the Lab Junction pH Micro Combination Electrode with 4 and 7 pH Bottle is a valuable accessory for pH meters. The electrode, along with the pH buffer solutions, enables accurate and reliable pH measurements by providing reference points for calibration. This combination electrode is essential in laboratories and other settings where precise pH analysis is required.
Pack of 3 piece
₹742  
The Lab Junction 4, 7, and 9.2 pH Buffer Solution Pack is a valuable accessory for calibrating pH testers and meters. This pack includes two bottles of buffer solutions with pH values of 4, 7, and 9.2, providing multiple reference points for accurate pH calibration.
Calibration is a critical step in using pH testers and meters to ensure precise and reliable pH measurements. pH testers need to be calibrated against known pH values to establish accurate readings. The Lab Junction pH Buffer Solution Pack offers three reference points for calibration, covering a wide range of pH values.
The pH buffer solutions provided in this pack are specifically formulated to have stable and consistent pH values. Each bottle contains a solution with a precisely determined pH value: pH 4, pH 7, and pH 9.2. These buffer solutions are carefully prepared to resist changes in pH and maintain their accuracy, even when exposed to environmental factors or temperature fluctuations.
Using the Lab Junction pH Buffer Solution Pack is straightforward. The user opens the bottle containing the desired buffer solution and pours it into a container. The pH electrode of the tester is then immersed in the solution, and the meter is adjusted to match the known pH value of the buffer solution. This process ensures that the pH tester is calibrated accurately for the corresponding pH range.
The inclusion of buffer solutions with pH values of 4, 7, and 9.2 in this pack allows for comprehensive calibration. The pH 4 solution is typically used for acidic solutions, the pH 7 solution for neutral solutions, and the pH 9.2 solution for alkaline solutions. With these three reference points, users can calibrate their pH testers to accurately measure pH across a wide range of samples.
The Lab Junction pH Buffer Solution Pack comes in easy-to-use bottles, with clear labeling indicating the pH value of each solution. This makes it convenient for users to identify and use the appropriate buffer solution for their calibration needs.
In summary, the Lab Junction 4, 7, and 9.2 pH Buffer Solution Pack is a valuable accessory for pH testers and meters. With multiple reference points for calibration, it ensures accurate and reliable pH measurements across a wide pH range. This pack is essential for laboratories, educational institutions, and industries where precise pH analysis is required.
₹6,607  
The Lab Junction 2 Point Calibration Digital pH Meter LJ-141 is a user-friendly and reliable instrument designed for accurate measurement and analysis of pH levels in various solutions. This pH meter is commonly used in laboratories, educational institutions, and industries where pH monitoring and analysis are essential.
The LJ-141 pH meter offers a 2-point calibration feature, which allows users to calibrate the meter at two known pH values to ensure accurate readings. Calibration is a critical step in pH measurement as it aligns the meter's readings with known reference points. The 2-point calibration feature enhances the accuracy and reliability of pH measurements by adjusting the meter's response across a range of pH values.
The pH measurement function of the LJ-141 meter is based on a pH electrode or probe that is immersed in the sample being tested. The meter measures the concentration of hydrogen ions in the solution and displays the pH value on a digital screen. pH values range from acidic (pH 7), with pH 7 considered neutral. The LJ-141 pH meter provides accurate and precise pH readings, facilitating the assessment of acidity or alkalinity in various substances and solutions.
The LJ-141 pH meter is designed with user-friendly features to ensure ease of use. It typically includes a digital LCD screen that displays the pH readings in real-time. The screen may also show additional information such as calibration status, measurement units, and data hold. The meter is often equipped with buttons or controls for calibration, mode selection, and data storage.
The compact and portable design of the LJ-141 pH meter makes it convenient for both laboratory and field use. It is often powered by batteries, allowing for flexibility in its application. The meter is also designed to be durable and resistant to environmental factors that could affect its performance.
Regular calibration of the pH meter is essential to maintain its accuracy over time. The 2-point calibration feature of the LJ-141 pH meter enables users to easily calibrate the device using standard pH buffer solutions at two different pH values. Calibration can be performed periodically or before each use to ensure precise pH measurements.
In summary, the Lab Junction 2 Point Calibration Digital pH Meter LJ-141 is a reliable and user-friendly instrument for accurate pH measurements. Its 2-point calibration feature enhances accuracy and reliability, ensuring precise readings across a range of pH values. The compact and portable design, along with user-friendly features, makes it a valuable tool in laboratories, educational institutions, and industries where pH monitoring and analysis are important.
₹695  
The Lab Junction 6 Holes Plastic Test Tube Stand with Drying Rack LJ-2001 is a versatile and practical laboratory tool used for organizing and drying test tubes during scientific experiments, research, and analysis. It is commonly used in laboratories, educational institutions, and medical facilities where multiple test tubes need to be handled simultaneously.
The LJ-2001 test tube stand is constructed from high-quality plastic, which provides durability, chemical resistance, and easy maintenance. Plastic is a lightweight material that is resistant to corrosion, making it suitable for a wide range of laboratory applications.
The LJ-2001 test tube stand features six evenly spaced holes designed to securely hold test tubes in an upright position. The holes are sized to accommodate standard-sized test tubes, ensuring a snug fit that prevents tipping or falling. The compact design of the stand takes up minimal space on the laboratory bench while providing efficient organization and accessibility.
Additionally, the LJ-2001 test tube stand includes a drying rack. The drying rack consists of a series of evenly spaced plastic pegs or slats attached to the stand. After the test tubes have been used and washed, they can be inverted and placed on the drying rack to air dry. This feature promotes proper drying and prevents the accumulation of moisture, which can lead to contamination or degradation of samples.
The plastic construction of the test tube stand offers several advantages. Plastic is chemically resistant, which makes it suitable for use with a wide range of reagents and substances commonly used in laboratory experiments. It is also easy to clean and maintain, as it can be rinsed with water or wiped with a mild detergent.
The LJ-2001 test tube stand is lightweight and portable, allowing for easy transport and storage. Its plastic construction makes it less prone to breakage compared to glass or ceramic alternatives, reducing the risk of accidents and injuries in the laboratory.
In summary, the Lab Junction 6 Holes Plastic Test Tube Stand with Drying Rack LJ-2001 is a practical and reliable tool for organizing and drying test tubes in laboratory settings. Its plastic construction, compact design, and drying rack feature make it a valuable asset for efficient and safe handling of test tubes during scientific experiments, research, and analysis.
₹612  
The Lab Junction Aluminium Test Tube Stand is a laboratory apparatus designed to hold and organize test tubes during various scientific experiments and procedures. It is commonly used in research laboratories, educational institutions, and medical facilities where multiple test tubes need to be handled simultaneously.
The test tube stand is constructed from high-quality aluminum, which provides durability, corrosion resistance, and stability. Aluminum is a lightweight material that is easy to clean and maintain, making it ideal for laboratory environments.
The stand typically consists of a rectangular base with multiple holes or slots arranged in a grid pattern. These holes or slots are designed to securely hold test tubes in an upright position, preventing them from tipping over and spilling their contents. The number of holes or slots can vary, depending on the size and capacity of the test tube stand.
The Lab Junction Aluminium Test Tube Stand offers several advantages in laboratory settings. Firstly, it promotes organization by providing a designated space for each test tube, allowing easy identification and retrieval of specific samples. This helps prevent mix-ups and cross-contamination between different samples.
Additionally, the test tube stand facilitates efficient workflow and multitasking. Researchers can place multiple test tubes with different substances or reagents in the stand, enabling simultaneous handling and observation of various experiments or procedures. This saves time and increases productivity in the laboratory.
The stand also promotes safety by minimizing the risk of breakage or spills. The secure positioning of the test tubes prevents accidental knocks or tip-overs, reducing the chances of hazardous substances being released or contaminated.
Moreover, the aluminum material of the test tube stand offers heat resistance, making it suitable for applications involving high temperatures. This allows the stand to be used in processes such as heating, cooling, or incubation of test tubes without warping or compromising its structural integrity.
In summary, the Lab Junction Aluminium Test Tube Stand is a versatile and essential tool in laboratory settings. Its sturdy construction, organization capabilities, and heat resistance contribute to efficient and safe handling of test tubes during scientific experiments, research, and analysis.
₹388  
Lab Junction 12 x 15 ml White Centrifuge Machine Test Tube Holder LJ-101 E is a device specifically designed to securely hold test tubes during centrifugation. It is an essential accessory that ensures the safety and stability of the test tubes while they undergo high-speed spinning in the centrifuge.
The test tube holder is typically made of a durable and chemically resistant material such as plastic or metal. It features a design that can accommodate multiple test tubes simultaneously, allowing for efficient and organized sample processing. The holder may have individual slots or wells to hold each test tube securely, preventing them from moving or tipping over during centrifugation.
The primary function of the test tube holder is to maintain the proper alignment and balance of the test tubes within the centrifuge rotor. Improper tube placement can lead to sample loss, damage to the tubes, or even equipment failure. The holder ensures that the test tubes are positioned correctly and evenly distributed within the rotor to achieve optimal centrifugation results.
Additionally, the test tube holder provides easy handling and access to the test tubes before and after centrifugation. It allows for convenient loading and unloading of the tubes without the need to handle them individually, minimizing the risk of contamination or accidental spills.
Test tube holders are designed to be compatible with specific centrifuge models and rotor configurations. They come in various sizes and configurations to accommodate different types and sizes of test tubes, such as 1.5 mL, 15 mL, or 50 mL tubes. Some holders are designed for microcentrifuge tubes, while others can accommodate larger tubes used in clinical or research laboratories.
The test tube holder is an important component for ensuring the accuracy and reproducibility of centrifugation experiments. It provides stability to the test tubes, preventing them from moving or vibrating excessively during centrifugation, which could affect the separation process or lead to inaccurate results.
In summary, the centrifuge machine test tube holder is a specialized accessory that securely holds test tubes during centrifugation. It plays a crucial role in maintaining the alignment and balance of the tubes within the centrifuge rotor, ensuring safe and efficient sample processing. By providing stability and convenience, the test tube holder contributes to the accuracy and reproducibility of centrifugation experiments in various scientific, clinical, and research applications.
₹3,185  
Lab Junction Conductivity Cell With 1.000 mS STD Solution for Conductivity Meter LJ-611 is an essential component of a conductivity meter or conductivity measurement system. It is designed to measure the electrical conductivity of a solution, which is a key parameter used to assess the concentration of dissolved ions or the overall purity of a liquid.
A conductivity cell consists of two or more electrodes that are immersed in the liquid being tested. These electrodes are typically made of a conductive material such as platinum, graphite, or stainless steel. They are spaced apart to create a gap or cell through which the electrical current passes.
When a voltage is applied across the electrodes, an electrical current flows through the liquid. The conductivity of the liquid is determined by the ability of ions in the solution to carry the electrical charge. If the liquid contains a high concentration of ions, it will have a high conductivity, indicating good electrical conductivity. Conversely, a low concentration of ions results in low conductivity.
The conductivity cell measures the resistance encountered by the electrical current as it passes through the solution. This resistance is inversely proportional to the conductivity of the liquid. The conductivity meter or system connected to the cell measures this resistance and calculates the electrical conductivity of the solution.
Conductivity cells may vary in design and configuration depending on the specific application and measurement requirements. Some cells feature a two-electrode design, while others have a four-electrode configuration. The four-electrode cells are often used in applications where the presence of polarization effects or fouling can affect the accuracy of measurements.
It is worth noting that conductivity cells may require regular maintenance and cleaning to ensure accurate and reliable measurements. Over time, the electrodes can become coated with deposits or contaminants, which can affect the performance of the cell. Cleaning procedures using appropriate solutions or techniques are typically recommended by the manufacturer to maintain optimal performance.
Conductivity cells are widely used in various industries, including water treatment, environmental monitoring, chemical analysis, and scientific research. They are essential for measuring the conductivity of water, monitoring the purity of industrial processes, assessing the effectiveness of water treatment methods, and conducting quality control in manufacturing.
In summary, a conductivity cell is a key component of a conductivity meter or measurement system used to assess the electrical conductivity of a solution. It consists of two or more electrodes that transmit an electrical current through the liquid being tested. The resistance encountered by the current is measured, allowing for the calculation of the solution's conductivity. Conductivity cells find extensive application in industries where the measurement of conductivity is crucial, and regular maintenance is necessary to ensure accurate and reliable measurements.
Pack of 12 piece
₹589  
Lab Junction Dissolved Oxygen Membrane Set for DO Meter LJ-831 Pack of 12 Pcs is an essential component of a dissolved oxygen meter, which is a device used to measure the concentration of dissolved oxygen in liquids. The membrane set consists of a specially designed membrane and its associated components that facilitate accurate and reliable measurement of dissolved oxygen levels.
The membrane set typically consists of a gas-permeable membrane, an electrolyte solution, and an electrode assembly. The gas-permeable membrane allows the diffusion of oxygen from the liquid being tested to the electrode surface. It acts as a barrier against other gases and contaminants that may interfere with the measurement. The membrane is carefully selected and constructed to ensure high sensitivity and selectivity for oxygen.
The electrolyte solution within the membrane set is responsible for maintaining a stable and consistent electrical potential between the electrode and the surrounding liquid. It helps facilitate the electrochemical reaction that occurs at the electrode surface, converting the dissolved oxygen into a measurable electrical signal.
The electrode assembly includes a sensing electrode, a reference electrode, and sometimes a temperature sensor. The sensing electrode is typically made of a noble metal or a conductive material with a catalytic coating that facilitates the electrochemical reaction with the dissolved oxygen. The reference electrode provides a stable reference potential against which the oxygen concentration is measured. The temperature sensor, if present, helps compensate for temperature variations, ensuring accurate readings.
To use the dissolved oxygen membrane set, the electrode assembly is connected to a dissolved oxygen meter. The meter applies a voltage to the electrodes, and the resulting current generated by the electrochemical reaction is measured and converted into a dissolved oxygen concentration value.
The dissolved oxygen membrane set requires proper maintenance and care to ensure accurate and reliable measurements. Regular cleaning and calibration are necessary to prevent contamination, maintain the membrane's permeability, and ensure proper functioning of the electrodes.
Dissolved oxygen measurements are important in various applications, including environmental monitoring, water quality assessment, aquaculture, and wastewater treatment. The dissolved oxygen membrane set plays a critical role in obtaining accurate and precise dissolved oxygen measurements, allowing researchers, scientists, and environmental professionals to assess oxygen levels in liquids and make informed decisions regarding water quality and ecosystem health.
In summary, a dissolved oxygen membrane set is a crucial component of a dissolved oxygen meter used to measure the concentration of dissolved oxygen in liquids. It consists of a gas-permeable membrane, an electrolyte solution, and an electrode assembly. The membrane set facilitates the diffusion of oxygen to the electrodes, allowing for accurate and reliable measurements. The dissolved oxygen membrane set is essential in various applications, contributing to environmental monitoring, water quality assessment, and other fields where dissolved oxygen measurement is important.
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Top Selling Lab Junction Products Price List for January 2026

Product Name Specifications Expected Price Dispatch Time Discount
Lab Junction 6 Holes Wooden Test Tube Stand With Drying Rack LJ-1901 Color Brown | Included Components With Drying Rack ₹648 3 days --
Lab Junction Mic Pin Socket Colony Counter Auto Marker Pen LJ-361 (b) Color Black | Compatible Device Colony Counter ₹919 3 days 0.02% OFF
Lab Junction 100 and 400 NTU/JTU Turbidity Solutions Pack of 2 Pcs Cap Color Yellow | Color White ₹1,769 3 days 0.02% OFF
Lab Junction Conductivity Cell With 1.408 mS STD Solution for Conductivity Meter LJ-611 Color Black and White | Ideal For Conductivity Meter ₹3,303 3 days --
Lab Junction 4.01 and 6.86 pH Buffer Powder for Calibration of pH Meter -- ₹365 3 days --
Lab Junction 0 to 10000 ppm Pocket Size Digital TDS Tester -- ₹2,005 3 days --
Lab Junction Conductivity Meter for Laboratories LJ-611 Color White | Controller Type Energy Regulator ₹6,961 4 days --
Lab Junction Pocket Size Digital pH Tester LJ-PH-030 -- ₹1,769 3 days --
Lab Junction 3.5 ml Glass Colorimeter Test Tubes with Flat Bottom Pack of 5 Pcs Bottom Type Flat | Capacity 3.5 ml ₹1,084 3 days --
Lab Junction Digital Fridge Thermometer With LCD and Wired Probe LJ-1495 -- ₹660 3 days --
This data was last updated on 27/01/2026