• High temperature resistant molding silicone for resin art crafts polyurethane furniture molding

High temperature resistant molding silicone for resin art crafts polyurethane furniture molding

  • Product Usage: Craftwork molding silicone is suitable for making molds for variety of art sculptures in variety of materials, such as resin, PU, PVC, polyester, gypsum, plaster, concrete, cement, stone, GRC, wax, jewelry and so on.
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Description

INTRODUCTION

        Mold making silicone rubber provided by INIBABA Silicone is two component silicone, also called rtv2 silicone, which will be vulcanized in room temperature when mix part A and part B evenly.


        There are two kinds of molding silicone, one is industry grade, belongs to tin cure silicone and condensation cure silicone, the general mix ratio of silicone and catalyst is 100:3. Another one is food grade, belongs to platinum cure silicone and addition cure silicone, the general mix ratio of A and B is 1:1 or 10:1.


        Both industry grade silicone and food grade silicone are excellent molding material for making silicone rubber molds, each has its own advantages.



APPLICATION

        Art craft molding silicone request excellent tear and tensile strength to avoid tearing up problem because most craft sculptures are with fine details which will easily be broken during demolding.


        Craftwork molding silicone is suitable for making molds for variety of art sculptures in variety of materials, such as resin, PU, PVC, polyester, gypsum, plaster, concrete, cement, stone, GRC, wax, jewelry and so on.

     

        The moldmaking silicone from is not only suitable for reproducing and replicating craft works in large quantity, it's also suitable for molding furniture, prototyping, architectural elements, garden ornaments, shoe, tire, soap, candle, jewelry and so on.


        

ADVANTAGES

* It is not limited by product thickness and can be deeply cured

* It has excellent chemical corrosion resistance and high and low temperature resistance, which can reach - 50 to 250 ℃

* Low linear shrinkage, no low molecules are released during crosslinking, so the volume remains unchanged

* High tensile and tear strength, many times of molding

* Good liquidity

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