new material
Industrial silicon nitride ceramic parts (Si₃N₄) are high-performance components designed for applications demanding superior thermal stability, exceptional wear resistance, and optimized mechanical durability. Manufactured using advanced sintering and precision machining techniques, these ceramic parts exhibit excellent chemical inertness, low thermal expansion, and extended operational lifespan. They are widely utilized in aerospace engineering, semiconductor processing, high-temperature industrial machinery, and precision mechanical systems, ensuring long-lasting efficiency under extreme conditions.
Product Overview
Industrial silicon nitride ceramic parts (ceramic fixed bases) are designed for high precision and extreme working environments. These ceramic components typically feature complex geometries, including multiple holes and grooves, to meet specific mechanical assembly needs. They are widely used in semiconductor manufacturing, automotive component assembly, and other industries that require precise positioning and high durability. With their exceptional physical properties, these ceramic parts provide reliable fixed solutions for high-end machinery and equipment.
Features
- High Mechanical Strength and Wear Resistance: Silicon nitride ceramic parts have a hardness of up to HRA90 and a Vickers hardness of 1500 HV0.5, maintaining excellent performance even in high-wear environments.
- Excellent Heat Resistance: These parts can withstand temperatures up to 1200°C, making them suitable for applications that require high-temperature durability.
- Outstanding Chemical Stability: Silicon nitride exhibits strong chemical corrosion resistance, allowing use in a wide range of chemical environments.
- Complex Geometric Design: Customizable porous and grooved designs provide versatility, optimizing heat dissipation and fluid dynamics properties.
- High Fracture Toughness: With a fracture toughness of 6.0 MPam1/2, these parts offer superior resistance to cracking under impact or stress.
Applications
- Semiconductor Manufacturing Equipment: Used as mechanical supports and precise fixed bases in semiconductor production, ensuring the accuracy and stability of equipment.
- Automotive Component Assembly: Especially used in high-temperature parts of engines and transmission systems, providing heat resistance and high mechanical strength solutions.
- Precision Machinery and Equipment: Used as structural components in high-precision mechanical systems, such as robotic arms and precision instruments.
- Electronic Devices: Due to their excellent electrical insulation properties, these ceramic parts are commonly used as insulative components and thermal management systems in electronic devices.
