Zirconia ceramic threaded rod

Zirconia ceramic rods have various excellent properties, making them widely used in multiple fields.

High wear resistance:
Zirconia ceramic rods are made of high-purity microcrystalline zirconia ceramic powder as raw material. After high-temperature sintering at 1550 degrees, the powder crystals are fine, the internal density is stronger, and defects such as microcracks are greatly reduced. Therefore, the wear resistance of the material is higher.
High density and high hardness:
By using high-pressure isostatic pressing machines for molding, the gaps between powder particles are reduced, resulting in denser crystal growth and more stable internal crystal structure of the powder. As a result, the density and hardness of the rod are higher, second only to diamond in hardness.
High temperature resistance performance:
Zirconia ceramics can work for a long time at high temperatures of 1600 degrees Celsius with minimal creep, making them suitable for high-temperature environments.
Extremely strong stability:
Zirconia powder is an inorganic non-metallic material that is inert and does not react with many substances in nature. It has strong weather resistance and a stable service life in various extreme environments.
Extremely strong corrosion resistance:
Zirconia ceramic rods belong to non-metallic materials and can resist various acid and alkali corrosion. They are commonly used in extreme corrosive environments, such as pumps, valves, bearings, etc.
High toughness and impact resistance:
Zirconia ceramic rods have good toughness and superior impact resistance compared to general ceramic materials.
Electrical insulation performance:
Zirconia ceramics have excellent electrical insulation properties, especially at high temperatures, with a withstand voltage of over 8 kV per millimeter thickness.

Zirconia ceramic rods are widely used in fields such as pumps and valves, motors, automobiles, petroleum, chemical, food, textiles, semiconductors, new energy, nano new materials, medical devices, and refractory materials.