RUBBER CROSS-LINKING

RUBBER CROSS-LINKING – The use of an organic peroxide as a rubber cross-linking agent was reported for the first time by Ostromislenski in 1915. In this experimental study, dibenzoyl peroxide, which at the time, was used in the treatment of flour, was used in the vulcanization of natural rubber. This new method had its limitations because of its vulcanization process with low heat resistance.

In the early 50s, with the advent of dicumyl peroxide and its effective commercialization, it began to be used in the cross-linking of silicone rubber and saturated polymers like EPM, silicone and some polyolefins (polyethylene).

The constant evolution in R&D on cross-linking via peroxides allowed a rapid expansion in the use of organic peroxides in the most diverse polymers and temperature ranges.

Learn more about our special peroxide line and Retilox products

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Other innovative Retilox solutions:

Bis peroxide Without Blooming

Organic Peroxide

Dicumyl Peroxide

Polymers Cross-linking

Advantages of Peroxodic Curing

EVA Injection

Injected EVA

Additives for Rotational Molding

Increased PP Fluidity

Index PP Fluidity

Increased PE Fluidity

 

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RUBBER CROSS-LINKING
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RUBBER CROSS-LINKING

RUBBER CROSS-LINKING – The use of an organic peroxide as a rubber cross-linking agent was reported for the first time by Ostromislenski in 1915. In this

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DICUMYL PEROXIDE
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DICUMYL PEROXIDE

Dicumyl Peroxide is an organic dialkyl peroxide commonly used for cross-linking/curing of elastomers and plastomers, as well as being used as a polymerization initiator for

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Peroxide Organic
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ORGANIC PEROXIDE

Organic peroxides are currently used by the industry transforming plastomers and elastomers in cross-linking of different types of polymers replacing the conventional system via sulfur,

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