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Superior silicone rubber for molding

Improve productivity, Change conventional material, Advance the value of product -Yes, we can.
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It maintains elasticity on wide range temperature.

Physical properties are less dependent on temperature from low to high temperatures

Temperature dependence E’
Temperature dependence tanδ

It has little change in hardness and elongation under high heat.

Test result

The high heat resistant silicone rubber compound X-30-3888-U has little change in hardness, elongation, and the like even in a high temperature range of 300 degrees.

Hardness change
Elongation change

It maintains excellent transparency under high heat.

It maintains excellent transparency even under high heat.

Light transmittance of KE-2061-60-A/B
HAZA of KE-2061-60-A/B

It adheres to various resins and metal.

Shear adhesion strength to various adherends

Shear adhesion strength to various adherends

It has little change in hardness and elongation even in -100℃.

Even in -100 degrees, the increase in the elastic modulus E' is small.

Cold resistant test result

It is reduced Low-molecular-weight siloxane.

Comparative Data of Low Molecular Siloxane Amounts by Solvent Extraction Method

Reduces the use of low-molecular-weight siloxanes, reduces the risk of electrical contact failure, and reduces the production process.

Comparative Data of Low Molecular Siloxane Amounts by Solvent Extraction Method

It is little smoke when burning.

Evaluation of fuming properties

Compared with conventional products and other resins, the amount of smoke generated is small, making it easier to see through the smoke in case of fire.

Evaluation of fuming properties

It is low dencity and floating on water.

Comparative Data of Density

Comparative Data of Density

Press molding/extrusion molding

Injection molding

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