Antioxidant C-789 (Novantox) CAS 82209-88-9

Antioxidant C-789 (Novantox) is an industrial stabilizer designed to protect organic materials and polymers from oxidative degradation. It has high temperature resistance and effectiveness in preventing the formation of free radicals.
  • CAS №: 82209-88-9
Availability: In Stock

Antioxidants play a crucial role in extending the service life of organic materials, preventing their aging and loss of properties under the influence of oxygen and high temperatures. The drug C-789 (Novantox) is used in various industries, from plastics and lubricants to paint coatings. Its high efficiency is explained by the presence of structural elements that prevent chain reactions of oxidation.

Chemical structure and synthesis

The exact structure of C-789 (Novantox) is usually a trade secret. It can be noted that such antioxidants often belong to the family of "hindered phenols" or similar compounds, which contain strongly substituted aromatic rings with bulk radicals. Synthesis, as a rule, involves multi-stage reactions of functional modification of phenolic precursors, which makes it possible to achieve high activity and heat resistance.

Physico-chemical properties

  • Heat resistance: It is able to maintain antioxidant activity at high temperatures.

  • Solubility: It is usually well compatible with non-polar media, which allows it to be used in polymer processing.

  • Stability: Chemically inert in the absence of extreme conditions, does not enter into undesirable reactions with the components of mixtures.

Application

  • Polymer industry: Protection of polymers, elastomers and lubricants from oxidation.

  • Paint and varnish materials: It is used to increase aging resistance and prevent discoloration.

  • Production of composites: Used in formulations where it is necessary to prevent degradation of the material under the influence of heat and oxygen.

Conclusion

The antioxidant C-789 (Novantox) is an effective component for the protection of organic materials in areas where high temperatures and contact with oxygen can lead to premature aging of the product. Its versatility and stability make it in demand in modern technological processes.

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