Three-Branches Vacuum Filtration Product Features

A Three-Branch Vacuum Filtration Manifold( Stainless Steel Triple-Branches Vacuum Filtration Unit, Glass Triple-Branches Lab Vacuum Filtration System ) is a specific type of filtration apparatus that allows simultaneous filtration of up to three samples in a laboratory setting. Here are some common features and benefits of such a product:

1. Quick-connect design: The whole machine can be disassembled, including the filter head and filter tube, which is more convenient for cleaning and disinfecting internal residues. The filter head quick-connect design makes it easy to replace the sterilizing filter head when multi-sample suction filtration, and achieve rapid filtration of multiple samples. The left and right silicone tube connections can be arbitrarily selected, and the vacuum pump( Standard Diaphragm Vacuum Pumps and Anti-Corrosion Diaphragm Vacuum Pump) can be placed according to specific laboratory conditions.

2. Special “three-claw” filter button design, no need for additional fixtures, easy to handle with one hand and filter, easy to operate, more efficient use.

3. Modular design: The filter system filter cup connector is equipped with a separate switch, can be independent of a single sample filtration, can also filter multiple samples at the same time, and can save a lot of time when testing a large number of samples. An optional quick-connect vacuum gauge can be used to test the true vacuum of the suction filtration process.

4. Scientific and meticulous design: The first in China to use a high-quality 316L sintered stainless steel filter support pad to ensure that the filter does not appear to crack or perforation during the filtration process, to ensure the accuracy of sample detection, can also make the trapped microorganisms in the filter The surface distribution is uniform and easy to observe the experimental results.

5. Prevent secondary pollution: The filter system is provided with a vent hole in the upper cover of the stainless steel filter cup, and an air filter can be optionally installed to avoid secondary pollution in the suction filtration.

6. Three-branches vacuum filtration durable material: Filter, filter connector, valve, filter bracket, filter cover, filter support pad, and other major accessories are produced using 316 high-quality stainless steel, not easy to damage.

7. Robust Construction: The manifold is typically constructed from durable materials, such as stainless steel or chemically-resistant plastics. This ensures longevity and stability during filtration processes, even with corrosive or harsh chemicals.

8. Multi-Task Filtration: The primary advantage of a three-branch vacuum filtration manifold is its ability to filter three samples concurrently. This feature saves time and enhances efficiency in the laboratory, especially when processing multiple samples with similar filtration requirements.

9. Independent Vacuum Control: Each branch typically has an individual vacuum control valve, allowing users to adjust the vacuum pressure independently for each sample. This feature ensures that different samples with varying filtration needs can be handled appropriately.

10. Versatile Filtration Options: The manifold is designed to accommodate various filter flask sizes or filter holders, allowing flexibility in sample volume and types of filtration media used, such as filter paper or membrane filters.

11. Integrated Vacuum Gauge: Many three-branch vacuum filtration manifolds come equipped with an integrated vacuum gauge. This gauge provides real-time feedback on the vacuum pressure, helping users maintain consistent and optimal filtration conditions.

12. Easy-to-Use Design: The manifold is typically designed for user-friendly operation. Sample flasks or holders can be easily attached and removed from the branches, and the vacuum control valves are straightforward to operate.

13. Improve the detection efficiency: The stainless steel filter sterilization and disinfection method can be sterilized by wet heat at 121 °C for 15 minutes, dried at 180 °C for 120 minutes, or more efficiently sterilized: the flame selected by the filter system is eliminated. The bacteria are burned at a high temperature for sterilization purposes. The inner wall of the filter bowl has a clear capacity scale for easy dosing.

14. Chemical Resistance: The materials used in the construction of the manifold are often resistant to a wide range of chemicals, making it suitable for various filtration applications involving different solvents or corrosive substances.

15. Space-Efficient: The three-branch design allows for parallel filtration within a compact footprint, optimizing valuable laboratory bench space.

16. Compatibility: The manifold can be connected to a variety of vacuum sources, including laboratory vacuum pumps or in-house vacuum systems, making it versatile and adaptable to different lab setups.

17. Applications: Three-branch vacuum filtration manifolds are commonly used in chemistry, biology, pharmaceutical research, and environmental sciences for tasks such as sample preparation, particulate analysis, and particle size determination.

When selecting a specific three-branch vacuum filtration manifold, it is essential to consider factors such as the materials of construction, vacuum pressure range, filtration capacity, and compatibility with filtration media and sample volumes required for your specific laboratory needs. Additionally, ensure that the product meets safety standards and includes any necessary accessories or spare parts for maintenance and replacements.