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HOME : FPM™ Fluoropolymer Permeable Membrane Porous Fiber
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DESCRIPTION
 Markel FPM™ Fluoropolymer Permeable Membrane Porous Fiber Solutions are a family of PTFE based products that can be used in a wide variety of filtration, gas/gas or gas/liquid separation, and degassing applications.
Markel FPM™ Porous Fiber Solutions can be supplied in hollow fiber and tube form, or solid fibers and rod form.
Porosities, flow rates and flux rates can be adjusted to meet the needs of Nanofiltration (NF), Ultrafiltration (UF) and Microfiltration (MF) applications in addition to many separation, contacting and degassing applications.
CHARACTERISTICS
Markel FPM™ Porous Solutions are manufactured by utilizing Markel’s leading edge PTFE expansion technology. This technology enables Markel to offer the broadest ranges of porous PTFE extruded profiles in the industry. Whether they are made as hollow or solid fibers, Markel FPM™ Porous Fiber Solutions are available in a wide range of diameters, pore sizes and distributions, and flux rates. For instance, pore sizes as small as 0.005 micron, porosities from 25 to 75% and diameters from 700 microns to 9.5 mm are possible with Markel FPM™ Porous Fiber Solutions making them well suited for filtration, separation, contacting, degassing and pressure venting applications.
END USE APPLICATIONS
Markel FPM™ Porous Fiber Solutions can be deployed as a filtration, separation or degassing media in diverse applications such as:
• Ozonated Water for Semi-Conductor Production
• Filtration and Degassing in Beverage Processing
• In-Line Degassing for Ink Jet Printing
• Chemical and Pharmaceutical Filtration, Separation and Degassing
KEY FEATURES
• Highest Use Temp. of any Polymer (260 °C).
• Outstanding Chemical Resistance .
• Exceptionally Hydrophobic .
• Can be Rendered Hydrophilic
• Diameters from 700 micron To 9.5 mm
• Pore Sizes 0.005 to 2+ micron
• Potting Engineering Services Available
BENEFITS
• Can be used in High Temperature Applications Normally Reserved for Ceramics . • Ideal for use with Aggressive Chemicals.
• Best at preventing Water Blocking of Pores or Bleed Through
• Ideal for Beverage Applications With High Percentage of H2O
• More Surface Area Means Higher Throughput, More Efficiency
• Pore Structure Can be Designed to Meet Filtration, Separation or Degassing Needs.
• Designs Simplified and Time-to-Market Reduced.
• Chemical and Pharmaceutical Filtration, Separation and Degassing |
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Markel Corporation
435 School Lane
Plymouth Meeting, PA 19462
610-272-8960
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