1. Polyolefin Stabilizer:

Compatible with polyolefins such as PP and PE, inhibiting thermo-oxidative degradation, yellowing, and decline in mechanical properties during processing and long-term use. Used in pipes, agricultural films, appliance housings, automotive interior and exterior parts, etc. Can be compounded with phosphite-based antioxidants for synergistic effects. Compatible with global polyolefin processing technologies.

2. Styrene Resin Protection:

Used in ABS, HIPS, GPPS, etc., preventing discoloration and cracking caused by thermo-oxidative aging during high-temperature processing and use. Suitable for electronic appliance housings, office equipment components, toys, etc.

3. Engineering Plastic Anti-aging:

Compatible with engineering plastics such as PA (nylon), PET, PBT, etc., inhibiting thermo-oxidative degradation during high-temperature processing and long-term use, maintaining material strength and toughness. Used in automotive parts, electronic connectors, mechanical structural parts, etc. Compatible with global engineering plastic processing systems.

4. Specialty Polymer Stabilization:

Used in cellulose resins, polycarbonate (PC), and polyoxymethylene (POM) to prevent performance degradation caused by thermo-oxidative aging. Suitable for films, sheets, and fibers, meeting global demands for specialty plastics processing and applications.

5. Elastomer and Modified Material Protection:

Used in thermoplastic elastomers (TPE) and modified PP/PE to inhibit thermo-oxidative degradation during processing and aging. Suitable for modified asphalt, seals, and footwear materials. Combined with light stabilizers, it can improve weather resistance.

6. Food Contact Material Compliance Stabilization:

Can be used in food contact plastics and packaging materials, complying with international food contact material safety standards such as FDA and EU 10/2011. Inhibits thermo-oxidative aging with low migration risk. Suitable for food packaging films, containers, and tableware.

7. Wire and Cable Insulation and Sheath Protection:

Used in PE, PP, and other insulation and sheathing materials to prevent thermal and oxidative aging and embrittlement during long-term high-temperature operation and outdoor environments, ensuring the insulation performance and service life of cables.

8. Powder Coatings and Coating Stabilization:

Used in polyester, epoxy, and other powder coatings and industrial protective coatings to prevent yellowing and chalking during high-temperature curing and outdoor use, improving coating weather resistance and storage stability, suitable for the coating protection needs of automotive parts, outdoor facilities, etc.

9. Synthetic Fiber Anti-aging:

Used in polyester, nylon, and other synthetic fibers to inhibit thermal and oxidative degradation during spinning and long-term use, maintaining fiber strength and color, suitable for textile fabrics, industrial filter cloths, ropes, etc., meeting international requirements for anti-aging of textile materials.