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As-One Magnetic Stirrer Bar

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₹60,179  
A water sampler with a handle is a specialized tool used for collecting water samples from natural bodies of water such as lakes, rivers, streams, and oceans. These samplers are designed to make the collection process easier and more efficient, particularly when sampling in remote or challenging environments. Here are some key features and considerations for a water sampler with a handle: Handle Design: The handle of the sampler is typically made of a sturdy material like stainless steel or aluminum to withstand exposure to water and provide a firm grip for the user. It may have a comfortable grip or ergonomic design to make it easier to carry and operate. Sample Container: The sampler is equipped with a sample container or bottle attached to the handle. This container is used to collect and store the water sample. It may have a seal or cap to prevent contamination or spillage during transportation. Sample Depth: Some water samplers with handles are designed for collecting samples at specific depths in the water column. They may have mechanisms or adjustable features to control the depth at which the sample is collected. Sample Volume: The sample container's volume can vary, so you should choose a sampler with an appropriate sample size for your specific testing needs. Closure Mechanism: Ensure that the sample container has a reliable closure mechanism, such as a watertight seal or screw cap, to prevent leakage and maintain the integrity of the sample. Compatibility: Check that the water sampler is compatible with the type of analysis or testing you plan to perform on the collected water sample. Some samplers may be designed for specific types of analysis, such as water quality testing or biological sampling. Materials: The materials used in the construction of the sampler and sample container should be chemically resistant to avoid contamination of the water sample. Stainless steel and high-quality plastics are common choices.
₹1,651  
As One 3-2185-07 A magnetic strip, also known as a magnetic stripe or magstripe, is a small strip of magnetic material that is commonly used for storing data on various types of cards, such as credit cards, debit cards, identification cards, and access cards. The magnetic strip consists of tiny magnetic particles that can be magnetized in different directions to represent binary data. Here are key details about magnetic strips: 1. Composition: Magnetic strips are typically made of a thin layer of magnetic material, such as iron oxide, that is adhered to the surface of a plastic card or substrate. The magnetic material is divided into multiple tracks, each capable of storing data. 2. Data Encoding: Information is stored on a magnetic strip by encoding it in the form of magnetic patterns. These patterns represent binary data, including account numbers, names, expiration dates, and other relevant information. 3. Tracks: Magnetic strips can have multiple tracks, with Track 1 and Track 2 being the most common. Track 1 is used for alphanumeric data and can store up to 79 characters, while Track 2 is primarily used for numeric data and can store up to 40 characters. Some cards, like credit cards, may also have a third track. 4. Card Reading: To read the data from a magnetic strip, a card reader or magnetic stripe reader (MSR) is used. The reader detects the changes in the magnetic field caused by the encoded data and converts it into readable information. 5. Applications: Magnetic strips are widely used in various applications, including: Credit and Debit Cards: Magnetic strips on credit and debit cards store account information, allowing users to make electronic transactions at point-of-sale terminals or ATMs. Identification Cards: Magnetic strips on ID cards store personal information and access permissions, commonly used in workplace access systems and student ID cards. Hotel Key Cards: Magnetic strips on hotel key cards store information about the guest's room and check-in/check-out dates. Membership Cards: Loyalty cards and membership cards often feature magnetic strips to track rewards points and membership status. 6. Vulnerabilities: Magnetic strips are considered less secure than newer technologies like EMV (chip) cards because the data on magnetic strips can be easily cloned or skimmed, leading to fraudulent transactions. As a result, many countries have adopted chip-and-pin technology for enhanced security. 7. Phasing Out: Due to security concerns, the use of magnetic strips is being phased out in favor of chip-and-pin technology in many regions. Chip cards are more secure and less susceptible to fraud. 8. Magnetic Stripe Readers: Magnetic stripe readers are commonly found in point-of-sale terminals, ATMs, and devices used for card verification and access control.
₹1,167  
The AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 represents a harmonious fusion of creativity and functionality, seamlessly integrating advanced design with precision engineering to redefine the art of laboratory stirring and mixing. With specifications meticulously tailored to meet the demands of modern scientific exploration, this stirring bar offers a unique and transformative solution for experimental efficiency and precision. At its core, the AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 introduces a novel approach to magnetic stirring. Shaped like an octagon and infused with vibrant colors, it not only enhances fluid dynamics within containers but also adds an element of visual distinction. This innovative design optimizes mixing efficiency while creating an engaging laboratory environment. The device's adaptability shines through its compatibility with various containers and solutions. Researchers can rely on the AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 to facilitate mixing in a wide range of experimental conditions, spanning from gentle biological samples to more robust chemical reactions. This adaptability underscores its versatility in scientific domains. Beyond its distinctive design, the AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 prioritizes durability and longevity. Crafted with precision, it is built to withstand the rigors of laboratory use, ensuring consistent performance over time. This dedication to quality underscores its value as a long-term asset in research environments. The ergonomic design of the AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 further enhances its usability. Its octagonal shape optimizes magnetic interaction with fluids, ensuring efficient stirring even in confined spaces. This ergonomic advantage simplifies the placement and handling of the stirring bar within various containers. In conclusion, the AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 transcends conventional stirring bars, epitomizing a fusion of innovative technology and scientific finesse. Its unique octagon shape, compatibility, and durability make it an indispensable tool for researchers seeking enhanced mixing capabilities with a visual flair. The AS ONE Octagon Color Stirring Bar Φ8 mm 38 mm, 2-4760-03 stands as a testament to AS ONE's dedication to advancing scientific discovery through inventive laboratory solutions.
₹4,719  
The AS ONE Stirring Bar Picker, F37786-1000 stands as a remarkable innovation in laboratory equipment, offering a specialized solution for efficient and controlled manipulation of stirring bars. Meticulously designed and engineered, this stir bar picker underscores AS ONE's commitment to providing cutting-edge tools that optimize experimental processes and streamline laboratory workflows. Crafted to address the challenges associated with handling stirring bars, the AS ONE Stirring Bar Picker, F37786-1000 introduces a new level of precision and convenience. This specialized tool is designed to easily and safely retrieve or place stirring bars into solutions without the need for direct manual contact. This minimizes the risk of contamination and enhances experimental accuracy. The stir bar picker's intuitive design allows researchers to efficiently select and position stirring bars with precision. Its ergonomic handle and precise control mechanism make it a user-friendly tool for laboratories aiming to optimize their stirring processes. Crafted from high-quality materials, the AS ONE Stirring Bar Picker, F37786-1000 offers exceptional durability and chemical resistance. Its robust construction ensures longevity, minimizing the need for frequent replacements and providing laboratories with a reliable and cost-effective solution for handling stirring bars. The stir bar picker's compatibility with various stirring bar sizes underscores its versatility. Whether used with small micro-stir bars or larger stirring rods, its efficient handling capabilities accommodate diverse experimental setups and requirements. Safety is paramount, and the AS ONE Stirring Bar Picker, F37786-1000 addresses this concern by providing researchers with a controlled and precise means of handling stirring bars. This feature is particularly important when working with sensitive or hazardous substances. In conclusion, the AS ONE Stirring Bar Picker, F37786-1000 exemplifies innovation and convenience in laboratory equipment. Its specialized design, precision handling, and compatibility make it an indispensable tool for researchers striving for controlled and efficient manipulation of stirring bars. AS ONE's dedication to advancing scientific progress is evident in this product, providing laboratories with a practical and reliable solution that enhances their capabilities across various scientific disciplines.
₹64,899  
Various types of nylon mesh are available, each designed to serve specific purposes based on factors such as mesh size, material properties, and intended applications. Nylon mesh is commonly used in a wide range of industries for filtration, separation, protection, and other functions. Here are some examples of various nylon mesh types: Standard Nylon Mesh: This is the most common type of nylon mesh. It comes in various mesh sizes, typically ranging from a few microns to several millimeters. Standard nylon mesh is used for general filtration, sieving, and separation applications, such as in the food industry and laboratories. Micron Nylon Mesh: Micron nylon mesh has very fine openings and is used for precise filtration and separation of particles down to the micron level. It is commonly used in industries like pharmaceuticals, electronics, and fine chemical processing. Nylon Filter Bags: Nylon filter bags are used for liquid filtration applications. They are often used in industrial processes, water treatment, and the food and beverage industry to remove contaminants and impurities from liquids. Nylon Screen Printing Mesh: Nylon mesh with specific mesh counts is used in the screen printing industry. The mesh size is chosen based on the printing application's requirements, such as textile printing or graphic printing. Nylon Strainer Bags: These bags are designed for straining and filtering liquids in various industries, including brewing, winemaking, and chemical processing. They are commonly used to remove solid particles and sediment from liquids. Nylon Safety Netting: Nylon mesh is used in safety applications, such as fall protection netting on construction sites and sports safety nets at stadiums and arenas. Nylon Mesh for Aquaculture: In aquaculture, nylon mesh is used for fish farming and the construction of fish cages and nets. It helps in containing and protecting fish populations.
₹12,979  
Rope is a versatile length of cordage or twine typically made by twisting or braiding together fibers or strands of various materials. Ropes have been used by humans for thousands of years for various purposes due to their strength, flexibility, and durability. Here are some key aspects of ropes: Materials: Ropes can be made from a variety of materials, each with its own characteristics and intended uses. Common materials include: Natural Fibers: Historically, ropes were often made from natural fibers such as hemp, sisal, cotton, or manila. These materials are still used today in specific applications due to their biodegradability and traditional feel. Synthetic Fibers: Modern ropes are frequently made from synthetic fibers, including polypropylene, nylon, polyester, and polyethylene. These materials offer strength, resistance to moisture, and durability. Metal Wire: Steel wire ropes, often called cables or wire cables, are used for heavy-duty applications such as lifting, towing, and suspension. They consist of multiple strands of steel wire twisted together. Construction: Ropes are constructed in various ways to suit specific purposes: Twisted Rope: Twisted ropes are made by twisting multiple strands of fiber or wire together in a helical pattern. This construction is commonly used for general-purpose ropes. Braided Rope: Braided ropes are made by weaving strands together in a complex pattern. They tend to be more flexible and less prone to unraveling than twisted ropes. Laid Rope: Laid ropes are created by twisting multiple strands together to form larger strands, which are then twisted together again to form the final rope. They are often used for heavy-duty applications.
₹1,415  
As One 3-2185-06 A magnetic strip, also known as a magnetic stripe or magstripe, is a small strip of magnetic material that is commonly used for storing data on various types of cards, such as credit cards, debit cards, identification cards, and access cards. The magnetic strip consists of tiny magnetic particles that can be magnetized in different directions to represent binary data. Here are key details about magnetic strips: 1. Composition: Magnetic strips are typically made of a thin layer of magnetic material, such as iron oxide, that is adhered to the surface of a plastic card or substrate. The magnetic material is divided into multiple tracks, each capable of storing data. 2. Data Encoding: Information is stored on a magnetic strip by encoding it in the form of magnetic patterns. These patterns represent binary data, including account numbers, names, expiration dates, and other relevant information. 3. Tracks: Magnetic strips can have multiple tracks, with Track 1 and Track 2 being the most common. Track 1 is used for alphanumeric data and can store up to 79 characters, while Track 2 is primarily used for numeric data and can store up to 40 characters. Some cards, like credit cards, may also have a third track. 4. Card Reading: To read the data from a magnetic strip, a card reader or magnetic stripe reader (MSR) is used. The reader detects the changes in the magnetic field caused by the encoded data and converts it into readable information. 5. Applications: Magnetic strips are widely used in various applications, including: Credit and Debit Cards: Magnetic strips on credit and debit cards store account information, allowing users to make electronic transactions at point-of-sale terminals or ATMs. Identification Cards: Magnetic strips on ID cards store personal information and access permissions, commonly used in workplace access systems and student ID cards. Hotel Key Cards: Magnetic strips on hotel key cards store information about the guest's room and check-in/check-out dates. Membership Cards: Loyalty cards and membership cards often feature magnetic strips to track rewards points and membership status. 6. Vulnerabilities: Magnetic strips are considered less secure than newer technologies like EMV (chip) cards because the data on magnetic strips can be easily cloned or skimmed, leading to fraudulent transactions. As a result, many countries have adopted chip-and-pin technology for enhanced security. 7. Phasing Out: Due to security concerns, the use of magnetic strips is being phased out in favor of chip-and-pin technology in many regions. Chip cards are more secure and less susceptible to fraud. 8. Magnetic Stripe Readers: Magnetic stripe readers are commonly found in point-of-sale terminals, ATMs, and devices used for card verification and access control.
₹12,979  
As One 3-2190-01 A magnetic strip roll, also known as a magnetic stripe roll, is a continuous length of flexible magnetic material with a magnetic stripe encoded on its surface. These rolls are used to create magnetic stripe cards by cutting and adhering the magnetic strip to plastic or paper cards. The magnetic stripe contains encoded information, typically used for purposes such as access control, identification, and financial transactions. Here are some key details about magnetic strip rolls: 1. Composition: Magnetic strip rolls are typically made of a flexible plastic material coated with a layer of magnetic particles. These particles can be magnetized in different directions to represent binary data. 2. Data Encoding: Information is encoded onto the magnetic stripe by altering the magnetic orientation of the particles in specific patterns. The encoding process represents data as a series of magnetic transitions and non-transitions, which are read by magnetic stripe readers. 3. Roll Format: Magnetic strip rolls come in a roll format, allowing for the continuous production of cards with magnetic stripes. They can be of varying lengths and widths to accommodate different card sizes and applications. 4. Magnetic Stripe Types: Magnetic stripes on rolls can have one or more tracks, with Track 1 and Track 2 being the most common. Track 1 is used for alphanumeric data, while Track 2 is primarily used for numeric data. Some applications may also require a third track. 5. Card Production: To create magnetic stripe cards, manufacturers cut the magnetic strip from the roll and adhere it to the surface of plastic or paper cards. The encoded data can include account numbers, names, expiration dates, and more. 6. Customization: Magnetic strip rolls can be customized to include specific data patterns or information required for a particular application. This customization allows for the encoding of unique data onto the magnetic stripe. 7. Applications: Magnetic strip rolls are used in various applications, including:
₹2,123  
The "AS ONE Octagon Stirring Bar Φ13 mm 75 mm, 1-5407-07" represents an epitome of innovation and precision in the realm of laboratory equipment. With meticulous attention to detail and specifications that underscore its exceptional capabilities, this stirring bar redefines the landscape of sample agitation, offering researchers an impeccable blend of efficiency, reliability, and versatility. At the core of this stirring marvel lies its unique octagonal shape. The AS ONE Octagon Stirring Bar Φ13 mm 75 mm, 1-5407-07 employs this innovative design to ensure enhanced mixing efficiency and minimized turbulence during stirring processes. This geometry facilitates the formation of a well-defined vortex, enabling thorough mixing without the risk of splashing or cross-contamination. The octagonal stirring bar's construction from high-quality materials guarantees exceptional durability and chemical resistance. Its inert surface ensures that no unintended reactions occur, preserving the purity of the substances being mixed. This attribute is particularly crucial when working with sensitive samples or in applications where contamination must be minimized. Crafted with a commitment to precision, the octagon stirring bar is engineered for optimal magnetic coupling with stirring platforms. This design ensures consistent and controlled rotation, allowing for uniform mixing across a wide range of sample volumes and viscosities. The octagon shape, with its defined edges and corners, contributes to stable rotation even at higher stirring speeds. The AS ONE Octagon Stirring Bar Φ13 mm 75 mm, 1-5407-07 offers researchers a versatile tool suitable for various vessel types and sizes. From small test tubes to large beakers, its adaptability ensures efficient mixing for diverse scientific experiments. In laboratories where precise and efficient mixing are paramount, the AS ONE Octagon Stirring Bar Φ13 mm 75 mm, 1-5407-07 takes center stage. Its innovative octagonal design, coupled with reliable stirring performance, makes it an indispensable tool for researchers across different scientific domains. By providing a platform for consistent and controlled sample agitation, this octagon stirring bar embodies the ideals of innovation and excellence in laboratory equipment.
₹28,319  
The AS ONE Stirrer for Hyper Stirrer, HSB-3 is a testament to precision and compatibility in laboratory equipment, offering a specialized solution designed to optimize the performance of the Hyper Stirrer system. Meticulously engineered and designed, this stirrer underscores AS ONE's commitment to providing cutting-edge tools that enhance experimental processes and elevate laboratory capabilities. Crafted to seamlessly integrate with the Hyper Stirrer system, the AS ONE Stirrer is tailored to enhance the system's stirring capabilities to unparalleled levels. This specialized stirrer is designed to operate at high speeds and withstand the rigorous mixing demands of the Hyper Stirrer's cutting-edge technology. The unique design of the stirrer ensures efficient and effective mixing within the Hyper Stirrer system. Its precision construction guarantees reliability and reproducibility, which are crucial factors in the Hyper Stirrer's high-throughput and automated workflows. Crafted from high-quality materials, the AS ONE Stirrer offers exceptional durability and chemical resistance. Its robust construction ensures longevity, minimizing the need for frequent replacements and providing laboratories with a cost-effective solution for optimizing their Hyper Stirrer operations. The stirrer's compatibility with the Hyper Stirrer system underscores its specialization. Designed to meet the demands of Hyper Stirrer's advanced mixing technology, it enhances the efficiency and effectiveness of the system's experimental processes. Safety is paramount, and the AS ONE Stirrer for Hyper Stirrer, HSB-3 addresses this concern by providing efficient agitation without compromising the system's performance or reliability. This feature ensures that experiments can be conducted safely and accurately within the Hyper Stirrer platform. In summary, the AS ONE Stirrer for Hyper Stirrer, HSB-3 exemplifies precision and innovation in laboratory mixing technology, specifically tailored to the demands of the Hyper Stirrer system. Its unique design, efficiency, and compatibility make it an indispensable tool for researchers aiming to optimize mixing results within the Hyper Stirrer platform. AS ONE's dedication to advancing scientific progress is evident in this product, providing laboratories with a specialized and reliable solution that enhances their capabilities within the Hyper Stirrer system and across various scientific disciplines.
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This data was last updated on 12/05/2026