new material
Zirconia ceramic pin bars offer exceptional hardness, optimized wear resistance, and superior thermal stability. Designed for industrial applications, they ensure precise alignment, extended durability, and reliable mechanical performance in demanding environments.
Product Overview:
Zirconia Ceramic Pin Bars (also known as Mechanical Industrial Ceramic Components) are high-performance components designed for precision machinery and industrial equipment. Their precise shape and smooth surface ensure high accuracy and consistency during use. With the exceptional hardness and strength of zirconia ceramic, these pin bars retain their shape and performance under high-pressure, high-friction, and extreme environments, ensuring stable operation and long equipment life.
Product Features:
- Precise Shape & Smooth Surface:Designed for high precision and consistency, optimizing device functionality and ensuring accurate operation.
- Superior Mechanical Properties:High Rockwell hardness (R45N 78) and compressive strength (2000 MPa) ensure that pin bars maintain their shape and performance under high pressure and friction conditions without deformation or damage.
- Thermal Stability:Outstanding thermal conductivity (2.5 W/(m·K)) and thermal shock resistance (ΔT 250°C) guarantee stable performance even under fluctuating temperature conditions.
- Excellent Corrosion Resistance & Self-Lubricating Properties:Performs excellently in high-temperature and chemical environments, reducing wear and tear, and extending equipment life.
Applications:
- High-Precision Instruments:Used in scientific research and precision measurement instruments for mechanical connections or fixed parts.
- Medical Devices:Ideal for high-precision, reliable instruments in the medical industry, including surgical tools and diagnostic devices.
- Electronic Devices:Used in electronics manufacturing to fix and guide circuits or other sensitive components, especially in high-temperature or high-electrical-insulation environments.
- Industrial Applications:Widely used in mechanical engineering and manufacturing, particularly in environments requiring high-temperature resistance and chemical corrosion resistance.
