About Zinc Borate Anhydrous
Product Overview:
Technical profile of Zinc Borate Anhydrous, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Technical Specifications:
Cas Number: 1332-07-06
Industrial Uses & Applications:
Zinc Borate Anhydrous is a multifunctional additive for plastics and coatings. It acts as a flame retardant, smoke suppressant, and corrosion inhibitor.
Superior Flame and Smoke SuppressionZinc Borate Anhydrous is highly effective as a flame retardant and smoke suppressant. Its chemical properties allow it to suppress flammability without releasing toxic halogenated gases, promoting safer environments in applications ranging from plastics and rubber to paints and ceramics.
Stable and Versatile Powder FormSupplied as a fine, white, powdered material, this zinc borate variant boasts excellent particle size control. Particle sizes are typically under 10 microns but can be tailored per customer request, supporting a wide range of industrial compounding processes.
Custom-Fit for Industrial NeedsWith high temperature stability (up to 600C) and compatibility with both natural and synthetic rubber, Zinc Borate Anhydrous adapts seamlessly into various production lines. Its low volatility and minimal water absorption further ensure consistent performance and product quality.
FAQ's of Zinc Borate Anhydrous:
Q: How is Zinc Borate Anhydrous typically used in industrial applications?
A: Zinc Borate Anhydrous is primarily incorporated into plastics, rubbers, paints, ceramics, and glass as a flame retardant and smoke suppressant. It helps materials resist ignition and reduce smoke emissions during fire events.
Q: What are the benefits of using Zinc Borate Anhydrous as a flame retardant?
A: This additive offers high flame and smoke suppression without the drawbacks of halogenated compounds. It is non-ignitable, presents low toxicity, and resists thermal decomposition, making it safe and effective for diverse manufacturing needs.
Q: When should Zinc Borate Anhydrous be added to rubber or plastic compounds?
A: Introduce Zinc Borate Anhydrous during the compounding process for plastics, rubber, or other compatible matrices. Its fine powder disperses uniformly, allowing effective distribution and maximum flame retardant benefits.
Q: Where should Zinc Borate Anhydrous be stored for optimal quality?
A: Store the powder in a tightly sealed container, in a cool, dry environment. Proper storage prevents moisture uptake and contamination, maintaining its stability and effectiveness.
Q: What is the process for customizing the particle size of Zinc Borate Anhydrous?
A: Manufacturers can provide particles with specific size distributions, typically under 10 microns, based on client requirements. Custom sizing supports different compounding needs and processing conditions.
Q: Is Zinc Borate Anhydrous compatible with both natural and synthetic rubber types?
A: Yes, this additive is suitable for both natural and synthetic rubbers. It enhances fire resistance without adversely affecting the compounding process or finished product properties.
Q: What are the key physical properties of Zinc Borate Anhydrous that make it reliable?
A: Key attributes include its anhydrous nature, low volatile matter (<0.5%), hardness (Mohs 4.5-5), low thermal conductivity, and resistance to decomposition under high temperatures (up to 600C). Its consistent, fine powder form ensures optimal integration into end-use products.