Millistak+ Pod Depth Filter, CR40 media series, 0.054 m2 surface area, 1/pack

SKU:
MCR40054H1
  • $287.00
  • Description

    Millistak+ Pod Depth Filter, CR40 media series, 0.054 m2 surface area, 1/pack

    Activated carbon is a very versatile process aid and has a high affinity and adsorption capacity for odorous compounds and color bodies over a wide range of molecular weights

    •  eCl@ss 32031690

       
    •  NACRES NB.24

    Properties

    Related Categories Biopharmaceutical Manufacturing, Biopharmaceutical Process Development and Manufacturing, Clarification Filters for Biopharmaceutical Manufacturing Less...
    Quality Level 300
    material cellulose (with carbon)
      polypropylene
    feature hydrophilic
    mfr. no. Millistak+®
    parameter 2.1 bar max. differential pressure (30 psid) at 37 °C (Forward)
      2.1 bar max. differential pressure (30 psid) at 37 °C (Reverse)
      2.1 bar max. differential pressure (30 psid) at 4 °C (Forward)
    H 14 cm (5.3 in.)
    L 22 cm (8.5 in.)
    filtration area 0.054 m2
    impurities <0.25 EU/mL (LAL test, Aqueous extraction)
    total organic carbon (TOC) residue 1300-1700 ppb
    input sample type liquid
    conductivity 4.36 – 4.57 μS/cm (product water; post autoclave (1 cycle of 60 minutes at 123 °C) and pure water flush of 10 liters per ft²(100 L/m²) of media surface area)
    shipped in ambient

    General description

    Device Configuration: lab scale Pod

    Application

    Activated carbon is a very versatile process aid and has a high affinity and adsorption capacity for odorous compounds and color bodies over a wide range of molecular weights

    Specifications

    Filter Grade: CR40

    Preparation Note

    Sterilization Method
    Integrity is maintained after 2 autoclave cycles of 60 minutes @ 123 °C

    Analysis Note

    Total organic carbon (TOC) residue: post autoclave (1 cycle of 60 minutes at 123 °C) and pure water flush of 10 liters per ft&lt;sup&gt;2&lt;/sup&gt; (100 L/m&lt;sup&gt;2&lt;/sup&gt;) of media surface area