CA80 Refractory Cement
- PRODUCT INFORMATION
CA80 refractory cement is the top choice for construction projects requiring exceptional heat resistance. This type of cement significantly enhances thermal stability, ensuring long-lasting and efficient structural performance. Contact Bảo Sơn for detailed product consultation.
Product Information – CA80 Refractory Cement
CA80 refractory cement is imported from China, fully certified with clear documentation verifying its origin and quality. This construction material contains up to 80% Al₂O₃ (aluminum oxide), providing outstanding thermal resistance up to 1770°C.

Specifications:
The product is packaged in 25kg bags. Customers can purchase starting from a single bag. For bulk purchases, please contact Bảo Sơn Company for specific consultation and support.
Product Characteristics
CA80 refractory cement is a premium-grade heat-resistant material widely used in high-temperature and corrosion-resistant applications, thanks to its exceptional properties:
- High thermal resistance up to 1770°C
- Excellent compressive strength
- Rapid setting time (within 30 minutes to 1 hour)
- Superior corrosion resistance
These properties collectively enhance the quality and durability of thermal structures.

Applications of CA80 Refractory Cement
CA80 refractory cement is commonly used as a bonding agent for high alumina bricks in furnace construction. It is also utilized as an additive in manufacturing refractory mortar and concrete. Typical applications include:
- As a construction material in high-temperature furnaces: such as metallurgical furnaces, incinerators, and brick kilns
- Suitable for various furnace parts including walls, arches, chimneys, etc., depending on the usage requirements
- Applied in tunnel kilns, steam boilers, and molten metal containment structures

In conclusion, CA80 refractory cement is an indispensable high-performance material for thermal construction applications. For more detailed information, please contact Bảo Sơn for expert guidance and dedicated support.