RTV silicone rubber for artificial stone molding

Specification

- Durable

- High tear strength for replication

- Non-shrinkage

- High simulation

- Cover fine details

RTVsilicone rubber for artificial stone molding
1. RTV Silicone Rubber for Artificial Stone Molding-Description:

HY-E640 is very suitable formaking silicone rubber stone molds. It is featured with extremely lowshrinkage, good fluidity and resistance to many kinds of chemicals; Thismaterial do not release any  by-productwith low molecular weight during its curing process, and it's cured from top tobottom and from the inside and outside simultaneously, namely, deep curing. The HY-E sereise platinum curedsilicone will not have the problem of degradation, sticky mold surface causedby the existence of by-product of small molecules under certain conditions,(such as closed environment, high temperature). Known from our customer'sfeedback, it is very convenient  to makecement molds, and it is a high-quality silicone for construction industries.Further more, it can be applied to make multiple piece molds for products withcomplex design.

2. RTV Silicone Rubber for Artificial Stone Molding-  Advantage:

HY-E640 is also featured with low shrinkage and nearly nilviscosity, good fluidity; Without releasing any by-product with low molecularweight, and it's cured from top to bottom, from the inside and outside  simultaneously. It is suitable for theproducts with medium size or big size.

3. RTV Silicone Rubber for Artificial Stone Molding-  Applications:

HY-E640 can be used in the field of construction applications.Because the vulcanizing reactions of addition cure silicone is fundamentallydifferent from tin cure silicone’s, ithas some characteristics that the condensation cure type do not have, such asadjustable curing rate, being completely environmentally friendly, and so on.Therefore, our platinum cure silicone is particularly applicable for largestones molds, artificial stone molds, plaster and other architecture elementsreplication. The following is some detailed data about the performance of thismodel: