In the high-precision, performance-driven field of catalysis, material selection plays a critical role in operational success. Our 95% content alumina fiber is an innovative solution designed to enhance efficiency, durability, and reliability in catalytic processes. With superior high-temperature resistance and a no-slag-ball feature, it is the ideal choice for industries looking to maximize productivity while minimizing costs.

Exceptional High-Temperature Performance

Catalytic reactions often require materials that can endure prolonged exposure to extreme heat without compromising structural integrity. Our 95% alumina fiber is engineered to withstand temperatures exceeding 1,600°C, making it ideal for catalytic cracking, reforming, and chemical synthesis processes. Its stability under such conditions ensures long-lasting performance, reducing the need for frequent maintenance and replacements, which significantly enhances productivity.

Purity Guaranteed: No Slag Ball Formation

Maintaining a clean reaction environment is crucial in catalytic processes. Impurities or slag formation can lower reaction efficiency, reduce yields, and increase maintenance costs. Our high-purity alumina fiber’s no-slag-ball characteristic ensures a clean and efficient reaction process, enhancing catalytic activity, improving output, and minimizing contamination risks.

Applications in Catalysis and Aluminum Smelting

1. Petrochemical Catalytic Cracking (FCC): Provides reliable thermal insulation to ensure stable operation under high temperatures.

2. Chemical Synthesis (Ammonia, Methanol): Maintains a pure reaction environment, enhancing catalyst performance and reaction efficiency.

3. Aluminum Smelting: As an insulating material, alumina fiber effectively reduces heat loss, maintains uniform melt temperatures, and lowers energy consumption. Its no-slag-ball property ensures a clean smelting process, improving the purity and quality of aluminum products.

4. High-Temperature Gas Filtration: Ideal for purifying exhaust gases in high-temperature conditions without degradation, extending the service life of equipment.

Why Choose Our Alumina Fiber?

· Superior Heat Resistance: Maintains stability under extreme temperatures, extending equipment life.

· High Purity: No slag formation ensures efficient and clean catalytic reactions and smelting processes.

· Cost Savings: Reduces maintenance frequency, enhances equipment durability, and boosts productivity.

Whether you want to optimize catalytic processes or improve aluminum smelting, our 95% content alumina fiber delivers unparalleled reliability and efficiency. Contact us today to learn how we can help elevate your operations and drive greater success!