Order MS PTFE Capsule Filter solutions for ready-to-use filtration of liquids and gases where chemical resistance, temperature tolerance, and low extractables are essential. These compact capsule devices combine a PTFE membrane with an integrated housing to simplify installation, reduce handling risk, and deliver stable filtration performance in validation oriented processes.
PTFE capsule filters use polytetrafluoroethylene membranes to support broad chemical compatibility and reliable retention across a wide range of media. Models are typically selected by membrane type, pore size, filtration area, housing material, and connection design. For applications that require documented quality control, options can include 100% integrity test, with common verification methods such as Bubble Point and WIT (Water Intrusion Test) depending on the membrane wettability and test conditions.
For air, gas, and venting applications, Hydrophobic PTFE Capsule Filters repel water and are widely used for compressed air, process gases, fermentation systems, vacuum lines, and tank vents. They help reduce aerosols, fine particulates, and microorganisms, supporting clean gas delivery and equipment protection. When sterile gas filtration is required, Sterilizing-Grade PTFE Capsule Filters with pore sizes commonly at 0.2 or 0.22 μm are used for sterile air filtration and aseptic venting in bioprocess and pharmaceutical environments.
For aqueous liquids, Hydrophilic PTFE Capsule Filters are suitable for water based solutions without alcohol pre wetting. Typical streams include process water, buffers, reagents, pharmaceutical solutions, acids, alkalis, and other aggressive chemicals. Depending on pore size and process target, they can be used for clarification, particle reduction, bioburden reduction, and sterilizing filtration.
As a China factory supplier, MS supports OEM projects and customized configurations to match different installation and validation needs. Typical customization includes membrane rating selection, effective filtration area, housing materials, and connection designs. For streams with higher particulate load or where membrane life needs to be extended, a pre filtration stage can be configured ahead of the final PTFE membrane to reduce premature blockage while maintaining stable flow.
Pleated PTFE capsules provide a large effective filtration area, high flow capacity, good dirt holding performance, and longer service life in a compact structure. Typical liquid applications include solvents, laboratory reagents, coatings, inks, photoresists, high purity chemicals, and pharmaceutical intermediates. Typical gas applications include sterile air filtration, compressed gas purification, bioreactor venting, tank breathing, and exhaust filtration. PTFE Capsule Filter products are widely used in pharmaceutical, biotechnology, chemical, electronics, laboratory, and industrial processing.
Source Bio-Burden Reduction Junior Capsule Filters / PES membrane from MS factory for pilot scale and small batch bio burden control where a full size capsule would be oversized. This junior format capsule uses single layer hydrophilic asymmetric PES membrane with thermal bonding construction, supports hot water and autoclave sanitization, and delivers reliable bioburden reduction in a compact 2.5 inch footprint that minimizes product hold up and waste.
Read MoreSend InquiryOrder MS quality Kleanpro Mini Double layer PTFE Membrane Capsule Filter to improve dirt holding and reduce clogging at small footprint filtration points. The coarse-to-fine double-layer PTFE structure supports longer service life and steadier throughput than single-layer designs. Every mini capsule is 100% integrity tested, supporting reliable filtration in lab and fine-chemical use.
Read MoreSend InquiryBuy MS Kleanpro Mini PTFE membrane Capsule Filter for compact terminal filtration of solvents, corrosive liquids, air, and gas where installation space is limited. The hydrophobic PTFE membrane delivers strong chemical inertness and low extractables, and each mini capsule is 100% integrity tested to help protect analytical and high-purity processes with convenient handling.
Read MoreSend InquiryOrder General Application Capsule filters Hydrophilic PTFE membrane from MS factory for water-based solutions that need PTFE chemical resistance without alcohol pre-wetting. The hydrophilic membrane supports easy wetting, stable flow, and low extractables, and each capsule is 100% integrity tested, making it a practical option for process water, beverages, and chemical liquid filtration.
Read MoreSend InquiryBuy MS KleanCap T-line PTFE membrane Capsule Filter Sterilizing Grade for sterile gas filtration requiring robust retention and convenient verification. The T-line layout supports compact installation, and the vent port enables on-line integrity testing. Each unit is 100% integrity tested, supporting consistent sterile-grade filtration performance in air and process gas service.
Read MoreSend InquiryOrder KleanCap T-line PTFE membrane Capsule Filter Bio-burden Reduction from MS supplierfor in-line gas vent filtration where space efficiency and easy installation are priorities. The T-line capsule integrates a vent port for on-line integrity testing and is 100% integrity tested, helping deliver consistent particle and bioburden reduction in critical fermentation and utility gas lines.
Read MoreSend InquiryBuy MS quality KleanAssure Sterilizing Capsule filters Hydrophobic PTFE membrane for sterile air and vent filtration in bioprocess operations that may include SIP exposure. The PTFE membrane offers broad chemical compatibility with moisture resistance, while the capsule design supports on-line integrity testing; every unit is 100% integrity tested for reliable out-of-box performance. Welcome to inquire us!
Read MoreSend InquiryGet a quote for MS factory’s KleanAssure Capsule filters Bio-burden Reduction PTFE membrane for SIP and hot-gas venting where chemical inertness and dependable retention are required. This self-contained capsule supports on-line integrity testing and is 100% integrity tested, helping reduce qualification effort in critical gas filtration points.
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