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Antioxidants / Stabilizers
Like everything else, Rubber is subject to degradation, which becomes particularly rapid if it are exposed to oxygen, heat and light.
What is degradation and why does it happen?
Degradation is a generic term used to describe any change in the rubber properties when compared to the initial desirable properties.
Most synthetic rubbers are produced using controlled chain reactions to achieve molecules of desired properties. However, once the initial product is exposed to various physiological factors, chemical reactions start within the product and change its chemical and physical properties. The almost inevitable oxidation process starts a chain reaction, which speeds up the degradation unless a stabilizer is used.
Process Stabilizers
After polymerization most synthetic rubbers are shipped to manufacturers of the final rubber article. During processing, the rubber undergoes a series of heating cycles. Each such cycle causes degradation, a result of the combined action of heat and oxygen. Process stabilizers are used to prevent such degradation during processing.
CRISTOL-TNPP* - Hydrolysis Resistant
TRI NONYL PHENYL PHOSPHITE (CAS NO 26523-78-4)
CRISTOL-TNPP (HR) is used to enhance the heat, colour and processing stability of a broad spectrum of polymers including:
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