compomix

The systems of the compomix product range are compact and solvent free metering and mixing systems. They are used to handle low to medium viscosity multi component media such as polyurethane or epoxy for the production of fibre-reinforced plastics.

Material pressure vessels are used to supply the material.

The product range contains 5 types of systems

  • compomix 103 D – bench top version
  • compomix 103 M – with moveable chassis
  • compomix 603 – for flow rates 200 ml/min and higher
  • compomix 603 V – for vacuum supported infusion
  • compomix I – for the infusion process to produce rotor blades for wind power generators

Standard

  • 2K system
  • control cabinet and material pressure vessel mounted onto a completely enclosed, mobile chassis
  • Metering pumps with overpressure protection
  • Axial piston pump of the B-component with magnetic coupling and manual stroke adjustment
  • Three-phase asynchronous motor with external fan
  • Metering computer MR15
  • Control and regulation of mixing ratio by use of volume counters

Optional

  • 3K system
  • Material pressure vessel with preparation for automatic refi lling, level control and regulation of the mixing ratio in the bypass
  • Axial piston pump with magnetic coupling for the A-component
  • Feed pumps
  • Transfer pumps to refi ll the optional material pressure vessel
  • Heating via fan heater
  • Cabinet cooling
  • Touch-screen control system

Technical Specifications

Technical Specifications
  1. Flow rate depending on mixing ratio and viscosity

    2 - 20 l/min (60 l/min)

  2. Mixing ratio
    100:5 - 100:100, volumetric

  3. Material supply

    circular pipeline, original container, pressure vessels

  4. Viscosity range
    1 mPas - 50.000 mPas
  5. Material characteristics
    Unfilled
  6. Power supply
    3 × 400 V / 50 Hz
  7. Max. air inlet pressure
    6 bar
  8. Dimensions L × W × H
    1350 × 1850 × 2100 mm
  9. Weight
    approx. 1500 kg

Cookies help us deliver our services. By using our services, you agree to our use of cookies. Further Information

Close