LLG-Glass microfibre filter, binder-free, pack of 100,  47mm diameter, 1.6 μm pore size, 0.26 mm thickness_1559389
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LLG Labware Glass Microfibre Filter Binder Free Pack Of 100 47mm 1.6 μm

$33.00

The price is inclusive of GST

LLG Labware Glass Microfibre Filters are premium filter circles made from high-grade borosilicate glass without chemical binder. These filters offer fast filtration with high loading capacity and excellent particle retention. Suitable for gravity or low suction filtration, they deliver superior performance compared to conventional cellulose papers. Must be used flat and ideal for flat perforated plate Buchner funnels (not sintered glass models). Can withstand temperatures up to 500°C and are perfect for precise analytical and biochemical applications, including environmental analyses and laboratory prefiltration tasks.

Product Features

  • Fast filtration with high loading capacity
  • Excellent particle retention
  • Manufactured without chemical binder from high-grade borosilicate glass
  • Suitable for gravity or low suction filtration
  • Filtration speeds generally higher than conventional cellulose papers
  • Efficient retention of micron-size particles
  • Must be used flat
  • Ideal for use in flat perforated plate Buchner type funnels (not sintered glass models)
  • Can withstand temperatures up to 500°C
  • Retention of fine analytical precipitates
  • Retention of biochemical gelatinous precipitates
  • Water/air pollution analyses
  • As prefilters for membranes
  • Scintillation counting
  • Radioimmunoassay
  • Diameter: 47mm
  • Pore size: 1.6 µm
  • Thickness: 0.26 mm
  • Pack of 100 filters

Benefits

  • Reliable and fast filtration for laboratory workflows
  • Chemical binder-free design ensures no interference with samples
  • Durable under high temperature and diverse lab conditions
  • Versatile for multiple scientific applications

Why Choose LLG Labware Glass Microfibre Filters?

LLG Labware filters provide a dependable, high-performance solution for laboratory filtration, ensuring fast, efficient, and contaminant-free separation for accurate results in research and analysis.

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