Pall Mini Kleenpak capsules with Emflon ® PFR media are designed for air filtration and vent applications where the use of a filter of small size and low weight is critical. Having a surface area of 280 cm², each Mini Kleenpak capsule filter contains a proprietary high performance PTFE membrane which is inherently hydrophobic and chemically resistant.
PTFE Pleated Membrane Filter Cartridges Made of imported natural hydrophobic PTFE membrane and support layer. The cage, the center core, and the end cap are made of PP. Use hot-melt welding technology, makes the good sealing and pollution-free.
consistency. All of Pall’s proprietary filtration, separation, venting, and protection media are designed, developed, and manufactured under the strictest quality controls. Materials must be carefully selected for their effectiveness in particular applications. Each
Emflon® PFR Membrane Filter Cartridges offer high assurance and high integrity in their air and gas sterilizing services. Filters can be steamed and tested easily to maintain cleanliness and integrity standards. Keeping filters clean and up to date provides a long
2020/11/16 · Pall also offers the TF PTFE membrane in a 47 mm disc filter format as well as the SolVac ® filter holder to help provide a particle and air bubble free mobile phase. Read the full article now Log in or register to read this article in full and gain access to The Analytical Scientist’s entire content archive.
The high titer reduction and water intrusion pressures allow the membrane to repel high surface tension liquids while venting gases. PTFE membranes are used in a variety of healthcare applications such as vents on IV filters and spike vents, protecting equipment and sensors from fluids and contamination.
• Optimization of membrane system loops • C os t- e fc iv lu nrq g a modules and smaller system footprint • R educ hol-pv m an s rt return on investment Highly asymmetric structure with 12 µm ceramic support pore size • High flux and module capacity quality of
POREX Virtek Medical PTFE membranes are 100% pure PTFE, maintaining the purity of PTFE along with its natural chemical resistance and other material benefits. Our portfolio of Medical PTFE membranes is performance tested and specifically designed for medical-surgical device applications with optimal airflow, bacterial filtration efficiency (BFE) and fluid barrier features.
Pall offers a variety of proprietary technologies for filtration and high-capacity ionic contamination removal from critical process chemicals. Among them is Pall’s unique IonKleen purifier membrane surface modification technology that provides high ionic removal
Pall Emflon® FM filter cartridges are designed for cost-effective clarification of solvents used in the manufacture of antibiotics and other active pharmaceutical ingredients (APIs). These pharmaceutical grade filters contain a proprietary PTFE membrane and are compatible with a broad range of chemicals.
Pall Emflon® FM filter cartridges are designed for cost-effective clarification of solvents used in the manufacture of antibiotics and other active pharmaceutical ingredients (APIs). These pharmaceutical grade filters contain a proprietary PTFE membrane and are compatible with a broad range of chemicals.
The high-strength PTFE membrane is inherently hydrophobic, chemically inert, and designed specifically for removal of contaminating bacteria and viruses. Emflon PFR filters have a microbial removal rating of 0.2 µm in liquids and a particulate removal rating of 0.003 µm in gases.
The high-strength PTFE membrane is inherently hydrophobic, chemically inert, and designed specifically for removal of contaminating bacteria and viruses. Emflon PFR filters have a microbial removal rating of 0.2 µm in liquids and a particulate removal rating of 0.003 µm in gases.
Pall OEM medical filtration devices are evaluated under stringent test methods to ensure they meet high quality standards. Over the last few years, numerous regulations have emerged to protect both healthcare workers and patients from the potentially dangerous particles and substances that can be generated during standard operating room procedures.
