Stanford Advanced Materials (SAM) is now able to supply various antioxidants, including:

Primary Antioxidants

Antioxidant 1010, Antioxidant 1076, Antioxidant 330, Antioxidant 3114, Antioxidant MD-1024, Antioxidant MD-697, Antioxidant 1098, Antioxidant 245, Antioxidant 1790, Antioxidant 445.

Secondary Antioxidants

Antioxidant 168, Antioxidant 626, Antioxidant 636, Antioxidant 686, Antioxidant TNPP, Antioxidant 412S, Antioxidant DLTP, Antioxidant DSTP.

Explore our curated collection of primary and secondary antioxidant solutions. Each solution is developed to increase material stability, extend lifespan and unlock the protective potential of these compounds.

Primary Antioxidants: Increased Protection

Antioxidant 1010: This compound reduces oxidation and increases the lifespan of materials. It is used in plastics, rubbers and adhesives.

Antioxidant 1076: This compound prevents degradation in materials exposed to heat and light. Its applications include polymers, coatings and elastomers.

Antioxidant 330: This compound provides protection against oxidative degradation. It is used in plastics, synthetic fibres and elastomers.

Antioxidant 3114: This compound maintains material stability during processing and use. It is utilised in polymeric materials and coatings.

Secondary Antioxidants: Reinforcing Preservation

Antioxidant 168: This compound increases the efficiency of primary antioxidants and supports long-term material stability.

Antioxidants 626, 636, 686: This group is tailored for specific applications and materials. They enhance the performance of primary antioxidants, thereby supporting better protection.

Antioxidant TNPP: This phosphite compound retards the oxidation process and maintains material integrity.

Antioxidants 412S, DLTP, DSTP: These compounds contribute to the protection of materials against oxidative stress and degradation.

Reasons to Select Our Antioxidant Solutions

Improved Preservation: Our formulations improve the preservation of materials. They extend lifespan and maintain quality.

Quality Assurance: Each formulation undergoes strict quality control to ensure effective and consistent performance.

Technical Expertise: Experts in materials science and chemistry provide technical assistance with product selection and application.

Innovation and Performance: Our formulations incorporate recent research and development. Consequently, materials receive defined protection.

Global Reach: Our products have earned international trust. Our distribution network ensures access, timely delivery and dedicated customer service.

Applications of Antioxidants:

Polymers and Plastics: Use antioxidant formulations to protect polymers, plastics and synthetic materials from oxidative degradation.

Coatings and Adhesives: Use these formulations to maintain the performance and stability of coatings, adhesives and elastomers.