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Whatman Solvent IFD In-Line Filter/Degasser (IFD)

All Products Item Code: 6725-5002A

UOM : PK

Cytiva Solvent IFD is a high-flow HPLC in-line filter/degasser, designed to simultaneously filter and degas organically based HPLC mobile phases.

  • Faster than traditional mobile phase preparation
  • Chemically resistant polypropylene membrane and housing, built to filter solvent mobile phases without expensive stand-alone degassing equipment
  • Air vent on inlet with luer lock cap
  • Integrity-testable with the bubble point method
  • End fittings included €“ for replacement rings and caps, see our IFD end fitting kit
Faster than traditional mobile phase preparationChemically resistant polypropylene membrane and housing, built to filter solvent mobile phases without expensive stand-alone degassing equipmentAir vent on inlet with luer lock capIntegrity-testable with the bubble point methodEnd fittings included €“ for replacement rings and caps, see our IFD end fitting kitCytiva Solvent IFD is a high-flow HPLC in-line filter/degasser, designed to simultaneously filter and degas organically based HPLC mobile phases.

Whatman IFD options from Cytiva business are available for a variety of applications.

Solvent IFD with solvent-resistant polypropylene

A sturdy and chemically resistant medium is needed to filter and degas an organic solvent. Polypropylene is largely inert, compatible with many chemicals, and retains stability across a range of temperatures. The 0.2 µm high-flow polypropylene membrane and housing makes Solvent IFD suitable to filter and degas these solvents.

In-line filter design

The Solvent IFD's all-polypropylene housing is sealed by a security ring. The filter includes fittings to accommodate 1/16€€“1/8€ tubing and an air vent on the inlet with luer lock cap to enable priming.

The in-line filter works on the principle of "bubble point" €“ the point of pressure at which gases will pass through a wet membrane. If pressure is maintained below the bubble point, the gas will not pass through the membrane and is trapped by the particular filter device.