How to use High quality low Shrinkage non toxic art Candle soap Mold Making Food Grade addition cure liquid Silicone Raw Material ? 

Description :

 

High quality low Shrinkage art Candle soap Mold Making Food Grade Platinum cure Silicone Raw Material is generally named two-components silicone rubber, Part A and part B. It features an exceptional fluidity and good operability. The mixing ratio is 1:1 mainly be suitable for making molds application.

 

Application :

 

High quality low Shrinkage art Candle soap Mold Making Food Grade Platinum cure Silicone Raw Material is used for making concrete stones, precision molds, PU molds, resin molds, gypsum casting, candle molding,for life casting, fabric finishing, seal for electronic components and solar circuit board, trademark decoration, hands molds. etc.

Operation instruction:

1.Stir part A and part B with right mixing ratio evenly. And get the mixture for vacuum- pumping. (If there is no vacuumizer,you can just pour the mixture slowly from the corner so that less bubbles caused). 

2. Enclose the product (the original model) with four plastic plates or wooden plates.

3. Clean your products and brush a layer of release agent(detergent or soap water) on your product. 

4. Pour the mixture with correct mixing ratio into the model frame. After about 2-4 hours, when the silicone cured, get out the original model, and there you get a finished addition cured silicone mold .

Warm Notice :

1.As it's easy to cause uncure problem, pls clean up all the tools which had mixed with condensation cure silicone rubber to avoide undure problem.

2.Do not add any pigment or powder into the addition cure silicone rubber before testing to prevent uncure problem.

3.Addition cure silicone rubber is biscomponent including part A and part B, do not add the part B on the container which had hold part A, the same for part B.

4.The mixing ratio(1:1 or 10:1) must in strict accordance with the ratio in case of the changing of the hardness.

5.The solidification is particularly affected by temperature

        

 

2019-11-27