Skip to content Skip to navigation menu

Filter Boards/ Grade C 350 / 475 x 475 mm Sheets

Made of cotton linters and refined pulp with more than 95% α-cellulose content, these filter boards are used as absorptives of human serum and for other analytical sample preparation. These square filter boards have increased wet strength for the filtration and absorption of liquids and are suitable for vacuum and pressure filtration. Each 475x475mm square sheet is 0.63mm thick, and weighs 350 g/m².

Item no.:  FT-2-346-475475

Price:  $187.00

Availability (ex works):  For more information please log in

  • Used in analytical sample preparation
  • Made from cotton linters and refined pulp with > 95% alpha-cellulose content
  • Weight of 350 g/m² *Thickness of 0.63 mm
  • Wet bursting strength ≥ 80 kPa
  • Air resistance of 25 mbar
  • 475 mm x 475 mm sheets
  • 100 sheets per pack
  • Brochure

    Carte da filtro per il laboratorio e l’industria
    it 9.0 MB
    Papiers filtres pour les laboratoires et l’industrie
    fr 10.7 MB
    Filter Papers for the Laboratory and Industry
    en 6.4 MB
    宣传手册:实验室过滤产品精简目录
    zh 19.0 MB

    Catalog

    Laboratory Filtration Products (US and Canada)
    en 9.6 MB

    Applications

    • Area of Application
      Analytical Sample Preparation

    Dimensions

    • Dimensions
      475 × 475 mm
    • Thickness
      0.63 mm

    Materials of Construction

    • Filter Material
      Cotton Linters and Refined Pulp (> 95 % alpha-cellulose)

    Physicochemical Information

    • Bursting Strength
      n.a.
    • Capillary Rise / 10 Minutes
      110 mm
    • Grade
      C 350
    • Wet Bursting Strength
      > 80 kPa

    Product Information

    • Filter Type
      Paper Boards
    • Pack Size
      100
    • Packaging
      Non-sterile, bulk packed
    • Primary Product Type
      Filters

    Specifications

    • Air Resistance
      25 mbar
    • Filter Format
      Sheets
    • Filter Paper/Membrane Color
      White
    • Filtration Time
      40 s

    Weights

    • Weight
      350 g/m²