Core Technical Advantages

✅ Extreme Wear Resistance – 10–20× longer service life vs. metal components, resistant to abrasive particle erosion

✅ Dimensional Stability – Low thermal expansion, maintains precision under high-speed and temperature fluctuations

✅ Chemical Inertness – Inert to acids, alkalis, and cutting fluids, no workpiece contamination

✅ High Rigidity & Low Deformation – Maintains accuracy even under high torque and vibration

✅ Low Friction Surface – Ultra-smooth finish (Ra ≤0.2 μm), reducing wear and improving release reliability

Key Applications

• Semiconductor Equipment: Wafer handling fixtures, die bonder clamping jaws, photolithography machine positioning rings
• Industrial Automation:Robot end-effector jaws, high-speed transfer system components, precision guide rings
• Aerospace & Automotive:Engine structural components, hydraulic system valves, high-temperature sensor mounts
• Optical Manufacturing:Lens positioning fixtures, laser system alignment rings, precision stage components

Technical Support & Services

✅ Custom Design & Machining – Tailored geometries, hole patterns, and surface finishes for specific equipment

✅ Material Selection – Reaction-bonded SiC (RB-SiC), sintered SiC (SSiC) composites

✅ Surface Treatment – Precision lapping, diamond polishing, and anti-corrosion coatings

✅ Quality Assurance – Dimensional inspection, stress testing, and wear resistance validation