


Loctite Frekote 700-NC 5l Release agent
Description
Properties
LOCTITE Frekote 700-NC is a versatile non-adhesive that provides good slippage in case of mold geometry problems. It is rapidly cured at room temperature and this time can be reduced by baking the mold at 100 °C.
Benefits of using
- high gloss finish
- provides good slippage
- does not settle on the product
- does not contaminate the mold
- easy to use
- does not contain chlorinated solvents
- can be used on hot forms
Use
LOCTITE Frekote 700-NC is most often used to separate epoxy (thermosetting and pre-impregnated), thermoplastic compounds, polyester resins, rubber compounds and many other polymers. The product creates a slippery surface, which is especially useful for cumbersome geometry. At the same time, it gives the formed parts a high gloss.
Product Specifications | |
Base number | FK.548990 |
Technology | adhesive |
Ingredients | solvent-based polymer |
Odour | Solvent |
Application temperature | 13°C to 135 °C |
Drying time of individual layers | 5 mins |
Full curing time | room temperature: 20 min |
Thermal stability after curing | up to 400 °C |
Available packaging | 1 l, 5 l |
Appearance | clear, colourless liquid |
Instructions for use
- before applying the product, the mold should be cleaned of dust and previously applied release agents. Frekote PMC may be helpful
- apply the product with a non-pilling cloth, brush or spray form from a distance of 20 to 30 cm
- 4 layers of the product should be applied to the surface at 5 minute intervals to allow the center to evaporate
- after applying the last layer, wait 15 to 20 minutes for the product to be fully cured at 22 °C
Storage
The product should be stored in a dry and cool room in a tightly closed container. Due to the flammability of Frekote 700-NC, current safety rules should be followed and the product should not be stored near oxidizing or combustible agents. The optimum storage temperature of the product is from 8 to 21 °C. Storage of Frekote 700-NC at temperatures lower or higher can lead to irreversible changes in the properties of the product.