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Toray RO Membrane 8040 - Model - TM820V 400 - Sea Water
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Toray RO Membrane 8040 - Model - TM820V 400 - Sea Water

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Specifications :-

Specifications:-

Brand  -  Toray Membranes

Type  -  Seawater

Average NaCl rejection percentage  -  99.8 %

Minimum NaCl rejection percentage  -  99.5 %

Flow Rate Capacity - 1000 LPH

Max Pressure kPa  -  8273.74

Max Pressure psi  -  1200

Max Temperature °C  -  45.0

Max Temperature °F  -  113

Membrane Active Area ft2   -  400

Membrane Active Area m2  -  37.1


Dimensions / Weights

Length in inch  -  40

Length in cm  -  101.6
 

₹ 38,999
*Exclusive of All Taxes
10 days Replacement
1 Year Warranty

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TORAY Reverse Osmosis spiral wound membrane elements have been produced since 1967, starting with cellulose acetate membrane elements.

Toray's membrane modules for membrane bioreactors are using flat-sheet PVDF membranes and can be configured for gravity-driven or suction-controlled operation.

Benefits and Features:-

  • remove chemical contaminants
  • recover acid streams.
  • clean-up hot condensates
  • pre-concentrate streams prior to the evaporator
  • reduce wastewater volumes by increasing water reuse
  • lower operating costs

Typical Applications

  • reverse osmosis
  • potable water
  • pure water
  • process water
  • food and beverage
  • chemical processing
  • metal finishing
  • electronics
  • nanofiltration
  • ultrafiltration

    Specifications:-

    Brand  -  Toray Membranes

    Type  -  Seawater

    Average NaCl rejection percentage  -  99.8 %

    Minimum NaCl rejection percentage  -  99.5 %

    Flow Rate Capacity - 1000 LPH

    Max Pressure kPa  -  8273.74

    Max Pressure psi  -  1200

    Max Temperature °C  -  45.0

    Max Temperature °F  -  113

    Membrane Active Area ft2   -  400

    Membrane Active Area m2  -  37.1


    Dimensions / Weights

    Length in inch  -  40

    Length in cm  -  101.6
     

Customer Rating
(0)
Price
₹38,999
Availability
10 in stock
  • remove chemical contaminants
  • recover acid streams.
  • clean-up hot condensates
  • pre-concentrate streams prior to the evaporator
  • reduce wastewater volumes by increasing water reuse
  • lower operating costs

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