Hydrate Zinc Borate: Enhancing Material Safety and Durability
Discover the power of eco-friendly flame retardancy and preservation with Hydrate Zinc Borate.
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Hydrate Zinc Borate
Hydrate Zinc Borate is a highly effective, eco-friendly inorganic compound known for its superior performance as a halogen-free flame retardant. It offers exceptional thermal stability and synergizes with other additives to improve fire resistance, suppress smoke, and prevent afterglow in various materials.
- Learn about the synergistic flame retardant effect of Hydrate Zinc Borate in polymer applications.
- Explore the wide range of Hydrate Zinc Borate applications in industries from plastics to ceramics.
- Understand why Hydrate Zinc Borate is a preferred choice for rubber product manufacturers seeking eco-friendly solutions.
- Discover the benefits of using zinc borate as a biocomposite preservative for enhanced durability.
Key Advantages Offered
Eco-Friendly Flame Retardancy
As a halogen-free flame retardant, Hydrate Zinc Borate significantly reduces the emission of toxic gases during combustion, making it a safer and more environmentally conscious choice compared to traditional flame retardants.
High Thermal Stability
This inorganic chemical exhibits excellent thermal stability, ensuring its effectiveness even at high processing temperatures, a crucial factor for many advanced material applications.
Synergistic Performance
When combined with other additives like alumina trihydrate or magnesium hydroxide, Hydrate Zinc Borate demonstrates a powerful synergistic flame retardant effect, allowing for lower concentrations of individual components while boosting overall fire resistance.
Key Applications
Polymers and Rubber
Used as a flame retardant and synergist in PVC, PP, PE, Nylon, and various rubber types, enhancing fire safety in products like wire and cable jacketing and automotive parts.
Coatings and Paints
Serves as a corrosion inhibitor, in-can preservative, and tannin stain blocker, improving the longevity and performance of protective coatings.
Biocomposites and Wood Products
Acts as a highly effective preservative, protecting materials like OSB and wood-plastic composites from fungal and insect attack, contributing to their durability.
Ceramics and Glazes
Functions as a flux in ceramic bodies, reducing firing times and temperatures, and increasing the strength of finished ceramic products.