Why use this technology?
Plastics and elastomers generally age rapidly under the effects of heat, shear stress
and mechanical loading in an oxygen environment. Antioxidants are used to combat
this degradation. They extend the product's life and appearance, maintaining its
strength, stiffness or flexibility, and protecting against:
- Degradation during processing
- Discoloration
- Heat aging
Polymer producers, masterbatch producers, compounders and converters need antioxidants
that protect the polymer during processing, are easy to use, are cost efficient
and are compliant with regulatory / environmental requirements.
OEMs too look for cost efficiency and regulatory,
safety and environmental compliance, while demanding
high quality polymers that will look better, for longer.
This Antioxidant Technology Center explains how antioxidants help users along the
polymer value chain to maintain the mechanical and optical properties of the polymer
and how product form can influence production efficiency and
productivity. Click on the images below to find out more:
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Where can it go?
Antioxidants are used to protect a broad range of plastics from mechanical and optical
property degradation. They interrupt the degradation process in different ways,
according to their structure.
The following pages contain examples of several applications where Chemtura antioxidants
are widely used, the type of stabilization required and the benefits they bring
for each application.
Click on the images below to find out more about these popular applications and
how antioxidant technology helps achieve processing efficiency,
extended life and appearance:
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