BestRelease S102
Mold release compound, organic solvent based
Advantages:
Optimal mold release performance.
Improves the surface quality of the product after molding.
Protects the mold from damage during the release of the molded material from the mold.
Contains no corrosive substances that could affect the molded material or the mold.
Low viscosity, easy to apply with readily available tools such as rollers, brushes, and sprayers.
Non-hazardous, with no impact on the health of the user or the environment.
BestRelease S102
Technical summary
Mold release compound, organic solvent based
BestRelease S102 is an organic compound derived from solvent-based polymer, used as a mold release agent in product molding or cement concrete casting.
The product prevents the molded material and the mold from sticking together, facilitating easy demolding.
Technical documents
Product data
| Composition: | Solvent-based polymer. |
|---|---|
| Appearance: | Light yellow liquid. |
| Packaging: | 05 litres/can, 25 litres/can, 210 litres/drum. |
| Storage: | Cool, dry place, ambient temperature 5°C-35°C. |
| Shelf life: | 24 months from the date of manufacture. |
Applications
Used as a mold release agent for molds made of metal, plastic, wood, and formwork in concrete casting.
Used as a mold release agent for molding decorative and handicraft products.
Advantages
Optimal mold release performance.
Improves the surface quality of the product after molding.
Protects the mold from damage during the release of the molded material from the mold.
Contains no corrosive substances that could affect the molded material or the mold.
Low viscosity, easy to apply with readily available tools such as rollers, brushes, and sprayers.
Non-hazardous, with no impact on the health of the user or the environment.
BestRelease S102 is an organic compound derived from solvent-based polymer, used as a mold release agent in product molding or cement concrete casting.
The product prevents the molded material and the mold from sticking together, facilitating easy demolding.