Münch Chemie International
The Release Agent Specialist

Release Agent Mikon® 700 MC

Application: Release Agents

Release Agent Mikon 700 MC is a semi-permanent mould release agent. It is easy to use and has been developed to make the use of waxes unnecessary.

This particular product renders constant wax- and polishing cycles unnecessary, since Release Agent Mikon 700 MC's release film adheres excellent to the mould's surface. Post processing, such as gluing or vanishing can be done without further treatments to the casting, since there is no transfer of Release Agent Mikon 700 MC to the moulded parts. Release Agent Mikon 700 MC creates high gloss finished surfaces and minimizes release agent residues in the mould.

Release Agent Mikon 700 MC designated application fields include the processing of polyesters, thermosets, epoxy as well as phenolic resins.

Prior to the first application of Release Agent Mikon 700 MC, ensure to thoroughly clean the moulds from dirt and former release agent remainings. We recommend using Cleaner Mikon® R-52.

Product Characteristics

  • Solvent-based product
  • Semi-permanent product: multiple releases per application
  • High affinity to mould surface
  • No transfer to the casted parts
  • Creates bright, high-gloss surfaces
  • Further processing of the casting without prior treatment
  • Renders time-consuming wax and polishing cycles unnecessary
  • Minimizes residues on the mould surface
  • Simple application

Suitable Application Areas

  • Polyester
  • Thermoset
  • Epoxy resin
  • Phenolic resin

Packaging

Can
Can
approx. 10 ltr.
approx. 5 ltr.

This product is suitable for the following application fields

Products

  • GRP/CRP Composite materials

Industry Solutions

  • Automotive Suppliers
  • Aerospace Industry
  • Technical Components
  • Wind Power
  • Model and mould construction

Recommended accessories and product combinations

Cleaner Mikon® R-52
Solvent-based 'heavy duty' - cleaning agent, intended for the treatment of metal dies and similar objects at room temperature.