Light Stabilizer 783: Your Key to Enhanced Polymer Longevity
Discover how this advanced HALS protects plastics from UV and heat, ensuring superior durability and performance.
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Hindered Amine Light Stabilizer 783
This high-performance light stabilizer, identified by CAS No. 76024-18-9, is a synergistic blend of high-molecular-weight hindered amine light stabilizers. It offers exceptional protection against UV radiation and photothermal degradation, significantly extending the service life of polymers.
- Leverage the power of polymer UV stabilization solutions to protect your materials from damaging environmental factors.
- Experience superior photothermal degradation resistance thanks to the advanced hindered amine light stabilizer 783.
- Benefit from a cost-effective light stabilizer for plastics that maintains excellent performance even at reduced concentrations.
- Ensure your products meet stringent requirements with high-performance plastic additives offering broad polymer compatibility.
Advantages Offered
Superior UV Protection
Effectively combats UV-induced degradation, a crucial aspect of advanced light stabilizer technologies for extended product life.
High Molecular Weight
The high molecular weight of this HALS provides excellent extraction resistance and low volatility, critical for durable polymer applications.
Enhanced Compatibility
Achieve optimal results with this chemical stabilizer for polymers that shows good compatibility across a wide range of polymer matrices.
Key Applications
Polyolefins
An excellent UV stabilizer for polyolefins, particularly effective in PP fiber, tape, and LLDPE/LDPE products to prevent aging.
Engineering Plastics
Provides crucial UV resistance and stability for engineering plastics, enhancing their longevity and performance in demanding applications.
Thick Sections
Ideal for thick polymer sections where its efficacy in UV resistance enhancement is paramount, including applications with indirect food contact approval.
Agricultural Films
Offers superior cost-performance in agricultural film systems, protecting against photodegradation and extending field life.