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Labpro Distilling Apparatus

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₹25,959  
A Labpro 143 6 Tests Heater Type Kjeldahl Digestion & Distillation Units Combined the functions of digestion and distillation in the Kjeldahl method, which is a widely used technique for determining the nitrogen content in organic samples. This unit is designed to provide a complete and efficient solution for the Kjeldahl nitrogen determination process. Here are the key features and functions of a Heater Type Kjeldahl Digestion & Distillation Unit: Digestion Function: The unit includes a digestion block or heating chamber with multiple heating positions. It is equipped with heaters that provide controlled and uniform heating to facilitate the digestion of organic samples. Digestion is the initial step of the Kjeldahl method, where the organic material is decomposed using strong acids, typically sulfuric acid, in the presence of a catalyst such as copper or selenium. Distillation Function: The unit incorporates a distillation setup, which consists of a condenser, receiver, and necessary tubing. After digestion, the released nitrogen compounds are converted into ammonia through alkaline hydrolysis. The distillation process involves the collection of the liberated ammonia in an acidic receiver solution, followed by its subsequent quantification. Temperature Control: The digestion block and distillation apparatus are designed for precise temperature control. The digestion block maintains a high temperature to facilitate the decomposition of organic material, while the distillation setup ensures optimal conditions for the efficient release and collection of ammonia. Safety Features: Kjeldahl Digestion & Distillation Units often include safety features to protect users and prevent potential hazards. These may include fume extraction systems to remove acid fumes generated during the digestion process, safety interlocks to ensure proper positioning of apparatus, and other safety mechanisms to prevent accidents. Automation and Programmability: Some units offer automation and programmability features, allowing users to set and control digestion and distillation parameters such as temperature, time, and other process parameters. This enhances reproducibility and reduces operator dependency. Compatibility with Kjeldahl Accessories: Kjeldahl Digestion & Distillation Units are compatible with a range of accessories commonly used in the Kjeldahl method, including digestion tubes, condensers, receivers, and other necessary components. These accessories enable smooth integration and operation of the unit. Versatility and Sample Capacity: The units come in different sizes and configurations to accommodate various sample volumes and throughput requirements. They can handle multiple samples simultaneously, increasing the efficiency and productivity of the Kjeldahl determination process. Data Recording and Documentation: Advanced units may offer data recording and documentation capabilities, such as digital displays, built-in timers, and connectivity options for data logging or external devices. These features facilitate record-keeping and traceability of the experimental process. Heater Type Kjeldahl Digestion & Distillation Units combined provide a comprehensive solution for the Kjeldahl nitrogen determination method, enabling efficient and accurate analysis of nitrogen content in organic samples. They are widely used in food, feed, agricultural, environmental, and pharmaceutical laboratories, where nitrogen determination is critical for quality control, research, and compliance purposes.
₹14,159  
A Labpro 143 3 Tests Heater Type Kjeldahl Digestion & Distillation Units Combined the functions of digestion and distillation in the Kjeldahl method, which is a widely used technique for determining the nitrogen content in organic samples. This unit is designed to provide a complete and efficient solution for the Kjeldahl nitrogen determination process. Here are the key features and functions of a Heater Type Kjeldahl Digestion & Distillation Unit: Digestion Function: The unit includes a digestion block or heating chamber with multiple heating positions. It is equipped with heaters that provide controlled and uniform heating to facilitate the digestion of organic samples. Digestion is the initial step of the Kjeldahl method, where the organic material is decomposed using strong acids, typically sulfuric acid, in the presence of a catalyst such as copper or selenium. Distillation Function: The unit incorporates a distillation setup, which consists of a condenser, receiver, and necessary tubing. After digestion, the released nitrogen compounds are converted into ammonia through alkaline hydrolysis. The distillation process involves the collection of the liberated ammonia in an acidic receiver solution, followed by its subsequent quantification. Temperature Control: The digestion block and distillation apparatus are designed for precise temperature control. The digestion block maintains a high temperature to facilitate the decomposition of organic material, while the distillation setup ensures optimal conditions for the efficient release and collection of ammonia. Safety Features: Kjeldahl Digestion & Distillation Units often include safety features to protect users and prevent potential hazards. These may include fume extraction systems to remove acid fumes generated during the digestion process, safety interlocks to ensure proper positioning of apparatus, and other safety mechanisms to prevent accidents. Automation and Programmability: Some units offer automation and programmability features, allowing users to set and control digestion and distillation parameters such as temperature, time, and other process parameters. This enhances reproducibility and reduces operator dependency. Compatibility with Kjeldahl Accessories: Kjeldahl Digestion & Distillation Units are compatible with a range of accessories commonly used in the Kjeldahl method, including digestion tubes, condensers, receivers, and other necessary components. These accessories enable smooth integration and operation of the unit. Versatility and Sample Capacity: The units come in different sizes and configurations to accommodate various sample volumes and throughput requirements. They can handle multiple samples simultaneously, increasing the efficiency and productivity of the Kjeldahl determination process. Data Recording and Documentation: Advanced units may offer data recording and documentation capabilities, such as digital displays, built-in timers, and connectivity options for data logging or external devices. These features facilitate record-keeping and traceability of the experimental process. Heater Type Kjeldahl Digestion & Distillation Units combined provide a comprehensive solution for the Kjeldahl nitrogen determination method, enabling efficient and accurate analysis of nitrogen content in organic samples. They are widely used in food, feed, agricultural, environmental, and pharmaceutical laboratories, where nitrogen determination is critical for quality control, research, and compliance purposes.
₹11,681  
A Labpro 6kW 304 Stainless Steel Wall Mounted Water Distillation, WWD-8 also known as a distillation setup or distillation apparatus, is a collection of equipment used to separate and purify liquids through the process of distillation. Distillation is a technique that utilizes the differences in boiling points of substances to separate them based on their vaporization and condensation properties. The basic components of a distilling apparatus include: Distillation Flask: This is a round-bottomed glass flask that holds the mixture to be distilled. It is typically equipped with a ground glass joint or a rubber stopper to connect it to the rest of the apparatus. Condenser: The condenser is a glass tube or coil that connects to the neck of the distillation flask. It cools the vapor produced during the distillation process, causing it to condense back into a liquid. The condenser is usually equipped with an inlet for cold water or a coolant to aid in the condensation. Distillation Head: The distillation head is a glass piece that connects the condenser to the distillation flask. It often contains a thermometer to monitor the temperature of the vapor. Receiver: The receiver is a container placed at the end of the condenser to collect the condensed liquid. It can be a receiving flask or a series of collection tubes. Heat Source: A heat source, such as a heating mantle or a Bunsen burner, is used to provide heat to the distillation flask. The heat causes the liquid mixture to vaporize, separating the components based on their boiling points. Clamps and Supports: Clamps and supports are used to secure and position the various components of the distilling apparatus, ensuring stability during the distillation process. Additional components and accessories can be added to the distillation setup based on the specific requirements of the distillation process. These may include a vacuum source for vacuum distillation, fractionating columns for fractional distillation, or additional condensers for complex distillation setups. Distillation apparatuses are widely used in various industries, including chemistry, pharmaceuticals, food and beverage, essential oil extraction, and petroleum refining. They allow for the purification and separation of liquids, removal of impurities, concentration of desired compounds, and collection of volatile components. When using a distillation apparatus, it is important to follow proper safety procedures, such as wearing appropriate protective equipment, working in a well-ventilated area, and being cautious with heat sources and fragile glassware. Careful monitoring of temperatures, control of the heating rate, and selection of appropriate distillation techniques are also essential for successful distillation. Overall, a distilling apparatus provides a versatile and effective means of separating and purifying liquids based on their boiling points, making it a fundamental tool in many scientific and industrial processes.
₹14,159  
A Labpro 143 6 Tests Heater Type Kjeldahl Distillation Units combines the functions of digestion and distillation in the Kjeldahl method, which is a widely used technique for determining the nitrogen content in organic samples. This unit is designed to provide a complete and efficient solution for the Kjeldahl nitrogen determination process. Here are the key features and functions of a Heater Type Kjeldahl Digestion & Distillation Unit: Digestion Function: The unit includes a digestion block or heating chamber with multiple heating positions. It is equipped with heaters that provide controlled and uniform heating to facilitate the digestion of organic samples. Digestion is the initial step of the Kjeldahl method, where the organic material is decomposed using strong acids, typically sulfuric acid, in the presence of a catalyst such as copper or selenium. Distillation Function: The unit incorporates a distillation setup, which consists of a condenser, receiver, and necessary tubing. After digestion, the released nitrogen compounds are converted into ammonia through alkaline hydrolysis. The distillation process involves the collection of the liberated ammonia in an acidic receiver solution, followed by its subsequent quantification. Temperature Control: The digestion block and distillation apparatus are designed for precise temperature control. The digestion block maintains a high temperature to facilitate the decomposition of organic material, while the distillation setup ensures optimal conditions for the efficient release and collection of ammonia. Safety Features: Kjeldahl Digestion & Distillation Units often include safety features to protect users and prevent potential hazards. These may include fume extraction systems to remove acid fumes generated during the digestion process, safety interlocks to ensure proper positioning of apparatus, and other safety mechanisms to prevent accidents. Automation and Programmability: Some units offer automation and programmability features, allowing users to set and control digestion and distillation parameters such as temperature, time, and other process parameters. This enhances reproducibility and reduces operator dependency. Compatibility with Kjeldahl Accessories: Kjeldahl Digestion & Distillation Units are compatible with a range of accessories commonly used in the Kjeldahl method, including digestion tubes, condensers, receivers, and other necessary components. These accessories enable smooth integration and operation of the unit. Versatility and Sample Capacity: The units come in different sizes and configurations to accommodate various sample volumes and throughput requirements. They can handle multiple samples simultaneously, increasing the efficiency and productivity of the Kjeldahl determination process. Data Recording and Documentation: Advanced units may offer data recording and documentation capabilities, such as digital displays, built-in timers, and connectivity options for data logging or external devices. These features facilitate record-keeping and traceability of the experimental process. Heater Type Kjeldahl Digestion & Distillation Units combined provide a comprehensive solution for the Kjeldahl nitrogen determination method, enabling efficient and accurate analysis of nitrogen content in organic samples. They are widely used in food, feed, agricultural, environmental, and pharmaceutical laboratories, where nitrogen determination is critical for quality control, research, and compliance purposes.
₹4,837  
Labpro 1.5 KW 304 Stainless Steel Wall Mounted Water Distillation is a process used to separate pure water from impurities and contaminants through the application of heat and condensation. It is a commonly used method to obtain purified water in various industries, laboratories, and even in households. Here's an overview of how water distillation typically works: Distillation Apparatus: The water distillation process requires a distillation apparatus consisting of a boiling flask, a condenser, and a collection vessel. The boiling flask is where the impure water is initially placed for heating. Heating: The impure water in the boiling flask is heated, typically by an electric heating element or a flame, to bring it to its boiling point. As the water boils, water vapor rises from the flask, leaving behind impurities and contaminants. Condensation: The rising water vapor passes through a condenser, which is a cooling device. The condenser cools the water vapor, causing it to condense back into liquid form. The condenser is usually a coiled tube or a series of tubes with cold water flowing around it to facilitate cooling. Collection: The condensed water, now purified due to the separation from impurities, drips down from the condenser and is collected in a separate vessel or container. This collected water is the distilled water. Optional Post-Treatment: Depending on the specific requirements, the distilled water may undergo additional treatment steps, such as filtration or deionization, to further enhance its purity or remove specific contaminants. Water distillation is effective in removing various impurities and contaminants from water, including dissolved minerals, heavy metals, organic compounds, bacteria, and viruses. It provides a method to obtain high-quality purified water for applications that require a high degree of water purity, such as laboratory experiments, medical procedures, and manufacturing processes. It's important to note that water distillation is a time-consuming process and may not be the most efficient method for large-scale water purification. Alternative water purification techniques, such as reverse osmosis, activated carbon filtration, or ion exchange, are often used when a higher volume of purified water is needed.
₹6,017  
A Labpro 304 4kW Stainless Steel Wall Mounted Water Distillation also known as a distillation setup or distillation apparatus, is a collection of equipment used to separate and purify liquids through the process of distillation. Distillation is a technique that utilizes the differences in boiling points of substances to separate them based on their vaporization and condensation properties. The basic components of a distilling apparatus include: Distillation Flask: This is a round-bottomed glass flask that holds the mixture to be distilled. It is typically equipped with a ground glass joint or a rubber stopper to connect it to the rest of the apparatus. Condenser: The condenser is a glass tube or coil that connects to the neck of the distillation flask. It cools the vapor produced during the distillation process, causing it to condense back into a liquid. The condenser is usually equipped with an inlet for cold water or a coolant to aid in the condensation. Distillation Head: The distillation head is a glass piece that connects the condenser to the distillation flask. It often contains a thermometer to monitor the temperature of the vapor. Receiver: The receiver is a container placed at the end of the condenser to collect the condensed liquid. It can be a receiving flask or a series of collection tubes. Heat Source: A heat source, such as a heating mantle or a Bunsen burner, is used to provide heat to the distillation flask. The heat causes the liquid mixture to vaporize, separating the components based on their boiling points. Clamps and Supports: Clamps and supports are used to secure and position the various components of the distilling apparatus, ensuring stability during the distillation process. Additional components and accessories can be added to the distillation setup based on the specific requirements of the distillation process. These may include a vacuum source for vacuum distillation, fractionating columns for fractional distillation, or additional condensers for complex distillation setups. Distillation apparatuses are widely used in various industries, including chemistry, pharmaceuticals, food and beverage, essential oil extraction, and petroleum refining. They allow for the purification and separation of liquids, removal of impurities, concentration of desired compounds, and collection of volatile components. When using a distillation apparatus, it is important to follow proper safety procedures, such as wearing appropriate protective equipment, working in a well-ventilated area, and being cautious with heat sources and fragile glassware. Careful monitoring of temperatures, control of the heating rate, and selection of appropriate distillation techniques are also essential for successful distillation. Overall, a distilling apparatus provides a versatile and effective means of separating and purifying liquids based on their boiling points, making it a fundamental tool in many scientific and industrial processes.
₹5,073  
A Labpro 304 3 kW Stainless Steel Wall Mounted Water Distillation also known as a distillation setup or distillation apparatus, is a collection of equipment used to separate and purify liquids through the process of distillation. Distillation is a technique that utilizes the differences in boiling points of substances to separate them based on their vaporization and condensation properties. The basic components of a distilling apparatus include: Distillation Flask: This is a round-bottomed glass flask that holds the mixture to be distilled. It is typically equipped with a ground glass joint or a rubber stopper to connect it to the rest of the apparatus. Condenser: The condenser is a glass tube or coil that connects to the neck of the distillation flask. It cools the vapor produced during the distillation process, causing it to condense back into a liquid. The condenser is usually equipped with an inlet for cold water or a coolant to aid in the condensation. Distillation Head: The distillation head is a glass piece that connects the condenser to the distillation flask. It often contains a thermometer to monitor the temperature of the vapor. Receiver: The receiver is a container placed at the end of the condenser to collect the condensed liquid. It can be a receiving flask or a series of collection tubes. Heat Source: A heat source, such as a heating mantle or a Bunsen burner, is used to provide heat to the distillation flask. The heat causes the liquid mixture to vaporize, separating the components based on their boiling points. Clamps and Supports: Clamps and supports are used to secure and position the various components of the distilling apparatus, ensuring stability during the distillation process. Additional components and accessories can be added to the distillation setup based on the specific requirements of the distillation process. These may include a vacuum source for vacuum distillation, fractionating columns for fractional distillation, or additional condensers for complex distillation setups. Distillation apparatuses are widely used in various industries, including chemistry, pharmaceuticals, food and beverage, essential oil extraction, and petroleum refining. They allow for the purification and separation of liquids, removal of impurities, concentration of desired compounds, and collection of volatile components. When using a distillation apparatus, it is important to follow proper safety procedures, such as wearing appropriate protective equipment, working in a well-ventilated area, and being cautious with heat sources and fragile glassware. Careful monitoring of temperatures, control of the heating rate, and selection of appropriate distillation techniques are also essential for successful distillation. Overall, a distilling apparatus provides a versatile and effective means of separating and purifying liquids based on their boiling points, making it a fundamental tool in many scientific and industrial processes.
₹8,141  
A Labpro 143 3 Tests Heater Type Kjeldahl Distillation Units combines the functions of digestion and distillation in the Kjeldahl method, which is a widely used technique for determining the nitrogen content in organic samples. This unit is designed to provide a complete and efficient solution for the Kjeldahl nitrogen determination process. Here are the key features and functions of a Heater Type Kjeldahl Digestion & Distillation Unit: Digestion Function: The unit includes a digestion block or heating chamber with multiple heating positions. It is equipped with heaters that provide controlled and uniform heating to facilitate the digestion of organic samples. Digestion is the initial step of the Kjeldahl method, where the organic material is decomposed using strong acids, typically sulfuric acid, in the presence of a catalyst such as copper or selenium. Distillation Function: The unit incorporates a distillation setup, which consists of a condenser, receiver, and necessary tubing. After digestion, the released nitrogen compounds are converted into ammonia through alkaline hydrolysis. The distillation process involves the collection of the liberated ammonia in an acidic receiver solution, followed by its subsequent quantification. Temperature Control: The digestion block and distillation apparatus are designed for precise temperature control. The digestion block maintains a high temperature to facilitate the decomposition of organic material, while the distillation setup ensures optimal conditions for the efficient release and collection of ammonia. Safety Features: Kjeldahl Digestion & Distillation Units often include safety features to protect users and prevent potential hazards. These may include fume extraction systems to remove acid fumes generated during the digestion process, safety interlocks to ensure proper positioning of apparatus, and other safety mechanisms to prevent accidents. Automation and Programmability: Some units offer automation and programmability features, allowing users to set and control digestion and distillation parameters such as temperature, time, and other process parameters. This enhances reproducibility and reduces operator dependency. Compatibility with Kjeldahl Accessories: Kjeldahl Digestion & Distillation Units are compatible with a range of accessories commonly used in the Kjeldahl method, including digestion tubes, condensers, receivers, and other necessary components. These accessories enable smooth integration and operation of the unit. Versatility and Sample Capacity: The units come in different sizes and configurations to accommodate various sample volumes and throughput requirements. They can handle multiple samples simultaneously, increasing the efficiency and productivity of the Kjeldahl determination process. Data Recording and Documentation: Advanced units may offer data recording and documentation capabilities, such as digital displays, built-in timers, and connectivity options for data logging or external devices. These features facilitate record-keeping and traceability of the experimental process. Heater Type Kjeldahl Digestion & Distillation Units combined provide a comprehensive solution for the Kjeldahl nitrogen determination method, enabling efficient and accurate analysis of nitrogen content in organic samples. They are widely used in food, feed, agricultural, environmental, and pharmaceutical laboratories, where nitrogen determination is critical for quality control, research, and compliance purposes.
₹14,159  
Labpro WWD-10 304 Stainless Steel 8 kW Wall Mounted Water Distillation is a process used to purify water by separating it from impurities by applying heat. It is one of the oldest and most effective methods of water purification. The process involves boiling water to produce steam and then condensing the moisture into liquid form to obtain purified water. Here is a general overview of the water distillation process: Heating: The water to be purified is placed in a distillation apparatus, typically a distillation flask or chamber. Heat is applied to the flask, raising the temperature and causing the water to boil. Steam Generation: As the water reaches its boiling point, it vaporises and turns into steam. The steam carries the volatile compounds, contaminants, minerals, and other impurities in the water. Condensation: The steam is then directed into a condenser, which is cooled down. The cooling process causes the moisture to condense back into liquid form. Collection: The condensed steam, now purified water, is collected in a separate container. This water is free from most contaminants, as the impurities are left behind in the original container or the distillation apparatus. Post-Treatment (Optional): Depending on the application and desired water quality, additional treatment steps such as filtration or disinfection may be performed to improve the water's purity and taste. Water distillation effectively removes various impurities from water, including bacteria, viruses, minerals, heavy metals, organic compounds, and dissolved solids. It is particularly effective in removing contaminants that have higher boiling points than water and are left behind during the boiling and condensation process. However, it's important to note that some volatile organic compounds (VOCs) and certain gases may not be removed entirely through distillation. Additionally, distillation can be more energy-intensive than other water purification methods. Water distillation can be carried out using various types of equipment, ranging from simple setups like stove-top distillers to more advanced and automated distillation systems used in industrial applications. The purified water obtained through distillation is often referred to as distilled water. Distilled water is commonly used in laboratories, medical facilities, and specific industrial processes requiring high-purity water. It is also used for drinking when access to clean water sources is limited or unreliable. Overall, water distillation is a reliable and effective method for purifying water, providing a means to obtain clean and potable water from various sources by removing a wide range of impurities.
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Top Selling Labpro Distilling Apparatus Products Price List for December 2025

This data was last updated on 07/12/2025