KC-3012-800 800 GPD RO Membrane

KC-3012-800 is a high-capacity reverse osmosis membrane element designed on polyamide membrane technology, offering stable salt rejection performance and consistent water production under standard RO operating conditions.

Within the 3012 platform, this model is positioned for system designs requiring higher flow output and stronger continuous water supply capability in residential and light commercial applications.

Call Us

+86 13272120223

Whatsapp

+86 13272120223

Contact us

Please leave your specific needs and contact information, and the staff will contact you as soon as possible!

    We keep your data safe and confidential. By submitting this form, you accept our Privacy Policy.

    Description

    Technical Specifications& Performance

    ModelStabilized Salt Rejection
    (%)
    Average Permeate Flow
    (GPD(m³/d))
    KC-3012-80096.00800(3.04)

    Standard Test Conditions

    Testing Pressure psi
    (MPa)
    Test Solution NaCl
    (ppm)
    Recovery
    (%)
    Temperature
    (°C)
    PH
    100(0.69)500 mg/L55257.5-8.0

    Dimensions

    Packaging

    Each membrane is individually packed in a sealed protective bag.

    Standard packing options include:

    • 20 pcs / carton
    • 25 pcs / carton
    • 30 pcs / carton
    • 50 pcs / carton
    • Customized packing available according to customer requirements
    FAQ

    FAQ

    Q1: What type of system is KC-3012-800 typically used in?
    It is generally used in high-flow RO systems where continuous water production and higher daily output are required.

    Q2: What should be considered when selecting KC-3012-800 in a system design?
    System-level factors such as pump capacity, recovery rate, and storage tank configuration should be considered alongside membrane flow rating.

    Q3: Is this membrane compatible with standard RO housing systems?
    Yes, it is designed for standard 3012 housing compatibility, but overall system performance depends on complete RO system configuration.

    Q4: Can this model be used as a replacement for existing membranes?
    Yes, it can be used as an alternative option if system operating conditions are compatible.