Ceramiczne ramię z tlenku glinu do półprzewodników

Cechy projektu
High-quality material characteristics
High-purity alumina (96%/99% optional): hardness ≥1500HV, wear resistance is more than 5 times that of ordinary metals.

Low density (3.8g/cm³): 60% lighter than stainless steel, reducing the inertial energy consumption of the robot arm.

Precision machining and structure
High-precision molding: tolerance can be controlled at ±0.02mm, suitable for precision automation equipment.

Multifunctional design: supports lightweight structures such as hollow, hollow, and threaded holes to reduce load.

Environmental adaptability
High temperature resistance: long-term working temperature reaches 1600℃ (99% alumina), without deformation or oxidation.

Chemical inertness: resistant to acid and alkali corrosion, suitable for corrosive gas or liquid environment.

Function-enhanced design
Insulation performance: volume resistivity >10¹⁴Ω·cm, suitable for semiconductor and electronics industries.
Odporność na szok termiczny: through special formula treatment, it can withstand rapid cooling and heating (ΔT≥300℃).