MFS-3A-500-K stainless steel multi filtration system Introduction: The MFS-3A-500-K stainless steel filtration system is a filtration equipment widely used in research institutions, inspection and quarantine agencies, quality monitoring agencies, natural mineral water industry, drinking water industry, pharmaceutical industry, beverage industry and other sectors for membrane based microbial detection, suspended solids detection, and sample purification. The principle is that a vacuum pump creates a negative pressure environment, and the liquid sample to be tested is filtered through a microporous membrane to separate microorganisms or solids larger than the micropores of the membrane for further detection and analysis. characteristic: 1. Quick connect modular design 2. The whole machine can be quickly disassembled, including the filter head and filter tube, making it more convenient to clean and disinfect internal residues. 3. The quick connect design of the filter head facilitates the replacement of sterilized filter heads during multi sample filtration, achieving rapid filtration of multiple samples. 4. You can freely choose to connect the silicone tubes on both sides and place the vacuum pump according to the specific laboratory situation. 5. Independent switch, capable of filtering individual samples independently or filtering multiple samples simultaneously. 6. It can be equipped with a quick connect vacuum gauge to test the true vacuum degree of the filter. 7. Stainless steel filter cup and plastic filter cup are available in two materials: choose different filter cup materials according to different experimental situations. The inner wall of the filter cup has clear capacity scale lines, which facilitate quantitative sample addition. 8. Scientific and meticulous design: We have taken the lead in using high-quality 316L sintered stainless steel filter membrane support pads to ensure that the filter membrane will not rupture or puncture during the filtration process, ensuring the accuracy of sample detection. It can also make the intercepted microorganisms evenly distributed on the surface of the filter membrane, facilitating the observation of experimental results. 9. Prevention of secondary pollution: This filtration system is equipped with ventilation holes on the upper cover of the stainless steel filter cup, and an optional air filter can be installed to avoid secondary pollution during filtration. 10. Multiple sterilization methods: Stainless steel filter cups and filter heads can be sterilized using 121 ℃ wet heat sterilization for 15 minutes, 180 ℃ dry heat sterilization for 120 minutes, or the optional flame sterilizer for the filtration system can be used to achieve sterilization by high-temperature burning. 11. Durable materials: The main accessories such as filters, filter connectors, filter brackets, filter covers, and filter membrane support pads are all made of high-quality 316 stainless steel, which is not easily damaged. Technical parameters: Model MFS-3A-500-K Filter cup capacity: standard stainless steel filter cup, capacity 500ml Adaptation filter membrane: Single film type A: 47mm × 0.45 μ m/0.22 μ m (sterilized independent packaging) (purchased separately) Filter membrane extractor (optional, purchased separately) Continuous membrane: Φ 47 × 0.45 μ m/0.22 μ m (used with filter membrane extractor) Filter system flame sterilizer (optional): PT-220 (using butane gas) Size: 450×160×205mm Standard vacuum pump parameters: model: SZKB-6AS (triple filter standard) Ultimate vacuum degree: 650 mbar Maximum speed: (L/min) 6L/min (gas) 2L/min (liquid) Applicable category:
Introduction: The MFS-3A-500-K stainless steel filtration system is a filtration equipment widely used in research institutions, inspection and quarantine agencies, quality monitoring agencies, natural mineral water industry, drinking water industry, pharmaceutical industry, beverage industry and other sectors for membrane based microbial detection, suspended solids detection, and sample purification. The principle is that a vacuum pump creates a negative pressure environment, and the liquid sample to be tested is filtered through a microporous membrane to separate microorganisms or solids larger than the micropores of the membrane for further detection and analysis.
