Durable Precision Air Bearing Guideway for Optimal Performance in Extreme Conditions

The Exceptional Characteristics of Ceramic Materials
Temperature Stability: Industrial ceramics exhibit remarkable thermal stability, possessing a thermal expansion coefficient that is merely a quarter of that found in aluminum alloy materials and half of the coefficient in other metal materials. This distinct characteristic ensures enduring performance even in the face of extreme temperature variations, making them the ideal choice for precision applications.
Thermal Compatibility: With a thermal expansion coefficient closely matching that of ceramic guide granite material worktables, these ceramics support optimal temperature compensation, enhancing the precision of machine operations. Anti-aging Stability: Industrial ceramics boast almost non-existent internal stress release, allowing them to achieve what is known as a "quasi-steel model," thereby ensuring longevity and reliability in even the most demanding environments.
Stiffness to Mass Ratio: Industrial ceramics exhibit an exceptionally high stiffness to mass ratio, standing at an impressive 5 times greater than aluminum alloys and 6 times more than granite. This unparalleled characteristic empowers machines with superior dynamic responsiveness, ensuring efficient and precise operations across various applications.