BIFLEX
Biflex Series Pleated Cellulose Polyester Cartridges are the benchmark for critical industrial applications that demand optimal fluid filtration. Available in a broad range of micron ratings to match specific applications.
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Features
- Available in a broad range of sizes, micron ratings, material, and endcap configurations to match specific applications
- BF cartridges have 99.98% (Beta 5000) efficiencies at stated micron ratings
- Blended cellulose polyester media specially formulated for aqueous fluids
- Ideal for a wide variety of applications
- Long cartridge life reduces change-out frequency
- Biflex Mega Series have long cartridge life with 20-40 times fewer element change-outs than standard diameter elements
- Higher flow rates with low pressure drop
- Fixed pore structure minimizes fiber migration
- Encapsulated design ensures gasket stays in place during change-outs
functional description
Biflex Series BF-200AB and BFN-200 Cartridges are absolute- and nominal-rated cartridges that are manufactured using proprietary cellulose and polyester fibers held together by an acrylic binder. Biflex Mega Series BF-600AB is a large diameter, cartridge with inside-to-outside flow pattern. These 6- and 6.5-inch diameter cartridges are manufactured using proprietary cellulose and polyester fibers held together by an acrylic binder. The media provides a gradient density matrix of microfibers with a tapered pore structure that allows for true depth loading of contaminants.
Biflex Mega Series BF-600AB is a unique line of larger-diameter (6- and 6.5-inch) absolute- rated cartridges that are designed to maximize flow-rates, service life and efficiency. These optimal size cartridges allow you to use significantly smaller housings and fewer elements.
what it does
Pleated Cellulose Polyester Filter Cartridges – BiFlex Series
Biflex Series Cartridges are manufactured using proprietary cellulose and polyester fibers held together by an acrylic binder. This media provides a gradient density matrix of microfibers with a tapered pore structure that allows for true depth loading of contaminants throughout, and a Beta 5000 rated efficiency of 99.98%.