Vaccum Filteration Assembly Flask with filter disk, Funnel, Clamp and Pipe | Filter Membrane Flask for Lab 500 ML |All Glass Filter Holder, Socket Type, Filtration Assembly

Description

• Overview

  The Vacuum Filtration Flask is a premium laboratory instrument meticulously designed to provide efficient, precise, and reliable filtration of liquids using vacuum suction. Constructed from durable borosilicate glass, this flask offers excellent chemical resistance, thermal stability, and long-lasting performance, ensuring it withstands the rigorous demands of professional, industrial, and educational laboratories. Its robust design guarantees safe and dependable operation, even when handling corrosive chemicals, high temperatures, or repetitive laboratory tasks.

  Ideal for chemistry, biology, pharmaceutical, and industrial laboratories, the Vacuum Filtration Flask allows researchers, students, and professionals to perform filtration processes accurately and safely, making it a versatile tool for scientific research, educational demonstrations, and quality control experiments.

  The flask comes fully equipped with a funnel, filter disk, connecting pipe, and clamp, forming a complete filtration assembly that eliminates the need for additional equipment. This all-in-one setup ensures convenience, efficiency, and precision, allowing users to carry out filtration with minimal risk of spillage, leakage, or contamination. The socket-type connection between the flask and funnel guarantees a secure, airtight seal, enhancing safety and ensuring consistent and reproducible filtration results.

  Whether used for filtering aqueous solutions, organic solvents, or chemical reagents, the Vacuum Filtration Flask provides rapid and effective separation of solids from liquids, supporting a wide range of laboratory applications. Its transparent borosilicate glass body allows full visibility of the filtration process, enabling users to monitor fluid flow, detect blockages, and ensure precise operation during experiments.

  With its combination of durability, versatility, and high performance, the Vacuum Filtration Flask is an essential piece of laboratory equipment, suitable for educational labs, research facilities, industrial operations, and professional scientific workflows. It not only improves efficiency and accuracy but also enhances laboratory safety and reliability, making it a smart and indispensable addition to any modern laboratory setup.

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  Key Features

  1. Premium Borosilicate Glass Construction

  The Vacuum Filtration Flask is expertly crafted from top-quality borosilicate glass, a material renowned for its strength, durability, and chemical resistance. This premium construction allows the flask to withstand thermal shocks, high temperatures, and repeated exposure to corrosive chemicals without cracking or deforming. Its robust and long-lasting design ensures reliable performance over years of laboratory use, making it a cost-effective investment for educational, industrial, and professional laboratories. The durable borosilicate material also promotes safety during handling, reducing the risk of breakage in busy laboratory environments.

  2. Complete Filtration Assembly

  The flask comes fully equipped with a filter disk, funnel, connecting pipe, and clamp, providing a ready-to-use vacuum filtration system. This all-in-one setup simplifies laboratory workflows by eliminating the need for additional components and minimizing manual handling of liquids. By streamlining the filtration process, it reduces the risk of cross-contamination and ensures precise, reproducible results during chemical, biological, or industrial experiments.

  3. Socket-Type Design for Secure Connections

  The vacuum flask and funnel feature a socket-type connection that guarantees a tight, leak-proof seal during filtration. This design ensures that air does not enter the system, maintaining effective vacuum suction and consistent liquid flow. The secure connection enhances experimental accuracy and reliability, making it ideal for sensitive laboratory procedures where precision is critical.

  4. Efficient Vacuum Filtration

  The Vacuum Filtration Flask enables rapid and effective separation of solids from liquids using vacuum suction. It is suitable for filtering aqueous solutions, chemical reagents, organic solvents, and biological samples, providing versatility for a wide range of laboratory applications. The vacuum-assisted process reduces filtration time compared to gravity methods, improving workflow efficiency and enabling laboratories to perform multiple experiments with consistent, high-quality results.

  5. Safe and Easy to Use

  Ergonomically designed, the Vacuum Filtration Flask is easy to handle and operate, ensuring comfort and safety during laboratory work. Its transparent borosilicate glass body allows full visibility of the liquid and filtration process, making it easy to monitor flow, detect blockages, and achieve precise filtration outcomes. The included clamp provides secure support, reducing the risk of accidental spills or breakage. This combination of visibility, safety, and user-friendly design makes the flask ideal for students, researchers, and industrial professionals alike.

  Advantages

  1. Durable and Reliable

  The Vacuum Filtration Flask is constructed from high-quality borosilicate glass, ensuring exceptional durability and resistance to thermal and chemical stress. This robust construction allows it to withstand repeated use, high temperatures, and exposure to corrosive chemicals without cracking or deforming. Its long-lasting design ensures consistent performance over time, making it a reliable tool for professional laboratories, educational institutions, and industrial research facilities.

  2. Complete Filtration Kit

  This flask comes fully equipped with a funnel, filter disk, connecting pipe, and clamp, forming a ready-to-use vacuum filtration assembly. By providing all essential components in a single kit, it reduces setup time, minimizes handling errors, and ensures accurate and reproducible filtration results. The complete kit is perfect for laboratory workflows, classroom demonstrations, and research applications.

  3. Efficient Liquid Separation

  Designed for rapid and effective filtration, the Vacuum Filtration Flask excels at separating solids from liquids using vacuum suction. It is suitable for aqueous solutions, chemical reagents, organic solvents, and biological samples, making it a versatile tool for a wide range of scientific applications. The vacuum-assisted process reduces filtration time significantly compared to traditional gravity methods, enhancing laboratory efficiency and productivity.

  4. Safe Handling

  The flask features a transparent borosilicate glass body that allows users to monitor the filtration process with complete visibility. Combined with the clamp support, it ensures safe handling, reduces the risk of spills, and minimizes potential accidents during laboratory operations. Its ergonomic design provides stability and ease of use, making it suitable for both students and professional researchers.

  Versatile Applications

  The Vacuum Filtration Flask is a highly versatile laboratory instrument, designed to meet the diverse needs of professional, educational, and industrial laboratories. Its robust borosilicate glass construction, combined with a complete filtration assembly, ensures durability, efficiency, and precision in a wide range of filtration tasks.

  In chemistry laboratories, the flask is ideal for filtration of chemical solutions, separation of precipitates, and purification of reagents, providing accurate and reproducible results even under demanding experimental conditions. In biology and life science labs, it supports sterile filtration of culture media, biological fluids, and aqueous solutions, enabling researchers to maintain moisture-free, contaminant-free samples for sensitive experiments.

  For pharmaceutical research, the flask is essential for sample preparation, quality control, and drug formulation studies, offering a safe and efficient method to separate solids from liquids with minimal loss or contamination. Its application extends to industrial laboratories, where it facilitates process monitoring, chemical analysis, and liquid purification, ensuring consistent and reliable performance in high-throughput environments.

  In educational institutions, the flask serves as a practical teaching tool, helping students understand vacuum filtration principles, experimental techniques, and laboratory safety practices. Its ergonomic design, transparent body, and secure socket-type assembly make it ideal for classroom demonstrations and hands-on laboratory exercises, providing visual clarity and operational safety.

  Overall, the Vacuum Filtration Flask offers exceptional versatility, making it an indispensable tool for researchers, educators, and lab technicians. Its ability to deliver precise, consistent, and safe filtration results across chemical, biological, industrial, and educational applications establishes it as a must-have laboratory instrument for any scientific workflow.

  Specifications

  • Material

    The Vacuum Filtration Flask is meticulously crafted from premium borosilicate glass, a high-quality laboratory-grade material known for its exceptional strength, durability, and chemical resistance. This superior glass ensures that the flask can withstand thermal shocks, rapid temperature changes, and prolonged exposure to corrosive chemicals without cracking, breaking, or deforming, making it ideal for rigorous laboratory environments.

    Its robust construction provides long-term reliability and consistent performance, even during repeated laboratory use in educational institutions, research laboratories, and industrial facilities. The borosilicate material not only enhances structural integrity but also promotes safe handling, reducing the risk of accidents or breakage in busy lab settings.

    Additionally, the transparent nature of borosilicate glass allows for clear visibility of the filtration process, enabling precise monitoring of liquid flow, detection of blockages, and accurate observation of experimental results. Combined with its chemical and thermal stability, this makes the Vacuum Filtration Flask a versatile, dependable, and indispensable tool for professionals, educators, and students performing vacuum filtration, chemical separation, or biological sample preparation.

    Overall, the premium borosilicate glass material ensures that the Vacuum Filtration Flask delivers consistent, reproducible, and safe laboratory performance, providing laboratories with a cost-effective and long-lasting filtration solution.

  • Capacity

    The Vacuum Filtration Flask features a generous 500 ml capacity, making it ideal for a wide range of laboratory filtration tasks. This volume provides the perfect balance between ease of handling and sufficient liquid storage, allowing researchers, students, and lab technicians to efficiently process chemical solutions, aqueous samples, biological fluids, and industrial reagents.

    Its 500 ml size is well-suited for both small-scale experiments and larger laboratory workflows, ensuring versatility across multiple scientific applications. Whether performing educational demonstrations, routine lab testing, or industrial quality control procedures, the flask’s capacity enables efficient separation of solids from liquids without frequent refilling, saving time and reducing the risk of contamination.

    In addition, the ample volume of the flask supports vacuum-assisted filtration processes, allowing liquids to pass through the filter disk smoothly and rapidly. This ensures accurate, reproducible, and high-quality filtration results, making the flask an indispensable tool for chemistry labs, biology laboratories, pharmaceutical research, and industrial facilities.

    Overall, the 500 ml capacity of the Vacuum Filtration Flask offers flexibility, efficiency, and convenience, providing a reliable solution for a variety of scientific experiments and laboratory workflows.

  • Design

    The Vacuum Filtration Flask is thoughtfully engineered with a socket-type flask design, paired with an integrated funnel, clamp, connecting pipe, and filter disk, forming a complete and ready-to-use vacuum filtration assembly. This comprehensive setup ensures secure, airtight connections, preventing leaks and maintaining consistent vacuum suction for efficient and reliable separation of solids from liquids.

    Its ergonomic design promotes ease of handling, allowing laboratory personnel to set up and operate the filtration system with minimal effort. The flask’s stable base and well-balanced structure provide enhanced support during experiments, reducing the risk of accidental tipping or spillage, which is critical in high-precision chemical, biological, and industrial workflows.

    The transparent borosilicate glass body allows full visibility of the filtration process, enabling users to monitor liquid flow, detect blockages, and ensure accurate operation. The removable clamp and funnel components add flexibility for cleaning, maintenance, and replacement, making the flask highly practical for repeated use in busy laboratory environments.

    Designed for professional, educational, and industrial laboratories, the Vacuum Filtration Flask combines robust construction, ergonomic design, and complete assembly to provide a safe, reliable, and versatile filtration solution that enhances workflow efficiency, reduces contamination risk, and ensures precise and reproducible filtration results.

  • Function

    The Vacuum Filtration Flask is specifically engineered for vacuum-assisted filtration of liquids, providing a fast, efficient, and reliable method for separating solids from liquids in laboratory settings. By utilizing vacuum suction, the flask significantly reduces filtration time compared to traditional gravity-based methods, making it an essential tool for busy laboratories, research facilities, and educational environments.

    Its design ensures efficient and precise liquid flow through the filter disk, enabling accurate and reproducible separation of suspended solids from chemical solutions, aqueous samples, biological fluids, and industrial reagents. The vacuum system also minimizes the risk of spillage, contamination, or inconsistent filtration, supporting high-quality experimental results.

    The flask is ideal for a wide range of laboratory processes, including chemical analysis, biological sample preparation, pharmaceutical research, industrial quality control, and educational demonstrations. Its versatile functionality allows it to handle various liquids such as organic solvents, reagents, and aqueous solutions, making it suitable for professional laboratories, educational institutions, and industrial operations alike.

    Furthermore, the transparent borosilicate glass body allows users to monitor the filtration process in real time, ensuring proper operation and precise control over liquid flow. This combination of speed, efficiency, and accuracy makes the Vacuum Filtration Flask a critical instrument for achieving reliable, reproducible, and high-quality laboratory results across a diverse range of scientific applications.

  • Applications

    The Vacuum Filtration Flask is a highly versatile laboratory instrument suitable for a wide range of scientific, educational, and industrial applications. Its robust borosilicate glass construction and complete filtration assembly make it ideal for laboratories, research facilities, educational institutions, and industrial setups, providing reliable performance for both routine and advanced tasks.

    In chemistry laboratories, the flask is perfect for filtration of chemical solutions, reagent purification, and separation of precipitates, ensuring precise, reproducible results. In biology and life science labs, it is used for sterile filtration of culture media, biological fluids, and aqueous solutions, supporting safe and efficient experimental workflows.

    For pharmaceutical and industrial research, the flask aids in quality control, sample preparation, and process monitoring, enabling rapid and accurate separation of solids from liquids in diverse production and analytical processes. Its transparent design allows clear observation of the filtration process, ensuring accurate monitoring and efficient laboratory operations.

    In educational settings, the flask serves as a practical teaching tool, helping students learn principles of vacuum filtration, separation techniques, and laboratory safety. Its ergonomic design and safe handling features make it ideal for classroom demonstrations and hands-on laboratory exercises.

    Overall, the Vacuum Filtration Flask is a multi-functional, reliable, and indispensable tool that supports chemical analysis, biological experiments, industrial processes, and educational experiments. Its versatility, durability, and efficiency make it an essential addition to professional laboratories, academic institutions, and research facilities, ensuring consistent and high-quality filtration results for every scientific application.

  • Pack

    The Vacuum Filtration Flask is available as a single unit, providing a ready-to-use solution for individual laboratory setups, educational experiments, or small-scale research projects. Each flask comes with a complete filtration assembly, including the funnel, filter disk, connecting pipe, and clamp, ensuring that users have everything needed for efficient, precise, and safe vacuum filtration right out of the box.

    This convenient all-in-one pack minimizes setup time, reduces the risk of assembly errors, and ensures consistent and reproducible filtration results from the very first use. The single-unit packaging also facilitates safe storage, handling, and transport, making it ideal for laboratories with limited space or those requiring portable, high-quality filtration solutions.

    Whether for chemistry, biology, industrial research, or educational purposes, the single-unit Vacuum Filtration Flask pack provides a practical, versatile, and reliable tool that combines durability, performance, and convenience in one comprehensive laboratory instrument.

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  Conclusion

  The Vacuum Filtration Flask is an essential and versatile laboratory instrument designed to provide efficient, precise, and safe filtration for a wide range of scientific applications. Its premium borosilicate glass construction ensures exceptional durability, chemical resistance, and thermal stability, making it a reliable choice for laboratories that demand high performance and long-term usability.

  Equipped with a complete filtration assembly, including a funnel, filter disk, clamp, and connecting pipe, this flask offers a ready-to-use solution that simplifies laboratory workflows and reduces the risk of contamination or leakage. The socket-type design provides secure, airtight connections, ensuring that vacuum filtration is performed with maximum efficiency and accuracy.

  Ideal for educational laboratories, research facilities, industrial laboratories, and quality control labs, the Vacuum Filtration Flask supports a variety of scientific experiments, including aqueous solution filtration, chemical reagent separation, biological sample purification, and industrial liquid processing. Its transparent borosilicate glass body allows for full visibility of the filtration process, enabling precise monitoring of liquid flow and ensuring consistent, reproducible results.

  By combining durability, versatility, and ease of use, the Vacuum Filtration Flask enhances laboratory efficiency and safety, making it a cost-effective and indispensable tool for students, educators, researchers, and lab professionals alike. Investing in this flask guarantees reliable filtration performance, precise experimental outcomes, and long-term value, solidifying its role as a must-have addition to any modern laboratory setup.