Shapal Hi-M: The First Choice for High Performance Ceramic Materials

Shapal Hi-M is an outstanding high-performance ceramic material in advanced manufacturing and high-tech applications with constantly rising material needs. Engineers and scientists appreciate its outstanding performance across an extensive array of applications; as a machinable aluminum nitride ceramic, it offers great potential benefits as an engineering material choice. In this article, you can gain more information about its characteristics, applications, and advantages, which help explain its relevance for high-performance applications.

What is Shapal Hi-M? Shapal Hi-M is an advanced aluminum nitride ceramic material with unique processing characteristics. The main constituent is aluminum nitride (AlN), while mechanical and thermal conductivity of this material are increased by adding small amounts of aluminum oxide (Al2O3) or other oxides. This enhances the mechanical and thermal conductivity of AlN itself, allowing this ceramic material to maintain excellent properties while being far more processable than its competitors.

1. Superior Thermal Conductivity: Shapal Hi-M exhibits thermal conductivity ranging between 90-150,000 W/m*K, surpassing that of traditional alumina ceramics. This makes it suitable for environments with high heat flux density.

2. High Electrical Insulation Performance: Our product offers excellent electrical insulation due to its superior resistivity and low dielectric constant, making it ideal for high-frequency/high-voltage environments.

3. Machinability: Shapal Hi-M can be precision machined using standard metal processing tools without resorting to costly diamond tools for precise machining. This offers more flexibility in design and manufacturing for complex structures with specific dimensions or shapes. This adaptability makes the design and production processes more suitable for customized processing of structures with complex forms or shapes.

4. High Strength and Hardness: Shapal Hi-M is known for its excellent mechanical properties, such as hardness and strength levels, which enable it to remain resilient in harsh mechanical environments. 5. High Temperature and Corrosion Resistance: Shapal Hi-M is designed to maintain stability in high-temperature environments and resist most chemicals, making it suitable for use in harsh chemical and high-temperature environments.

Semiconductor Manufacturing: Shapal Hi-M is widely used in semiconductor device production as thermal management components, including heat sinks, cooling plates, and other thermal management elements. These components help facilitate efficient heat dissipation and maintain stable equipment operation. Moreover, its superior electrical insulation performance makes it an ideal insulating material, enhancing equipment safety, performance, and functionality.

2. Laser and Optoelectronics: Shapal Hi-M is an ideal material choice for laser substrates due to its excellent thermal conductivity and mechanical strength, which help effectively manage the heat generated during laser operation. Optical brackets also play a crucial role as alignment components within optical equipment to maintain the stability and accuracy of an optical system.

3.Electronic Packaging: Shapal Hi-M is an ideal material for packaging high-performance electronic components. It offers excellent thermal management and electrical insulation performance, ensuring the long-term reliability of the components enclosed within. Additionally, Shapal Hi-M can be used as a connector and socket material in high-frequency/voltage applications due to its exceptional electrical insulation and mechanical strength properties, making it perfect for the extended operation of electronic components!

4. Industrial Machinery: Wear Resistant Components: Shapal Hi-M has excellent wear resistance properties, making it suitable for wear-resistant components used in various industrial machinery, extending the service life of equipment. High-Temperature Components: Shapal Hi-M's high-temperature resistance makes it suitable for mechanical components that operate under harsh temperatures, such as high-temperature environments; its stable performance helps it operate successfully in these harsh conditions.

Why choose Shapal Hi-M? High Performance and Versatility: Shapal Hi-M excels in thermal conductivity, electrical insulation, and mechanical strength applications, making it suitable for various high-performance uses compared to ceramic materials. Its flexible processability helps save costs and provides increased design options. Its reliability and durability in harsh environments are ensured through its temperature resistance, chemical corrosion resistance, and mechanical properties, ensuring long-term stability and dependability compared to other options on the market.

Shapal Hi-M has quickly become one of the preferred materials in high-tech and advanced manufacturing fields due to its superior performance and diverse application potential. Shapal Hi-M can provide reliable solutions in semiconductor manufacturing, laser and optoelectronics manufacturing, electronic packaging, and industrial machinery industries.Shapal Hi-M is unquestionably an ideal material to deliver high performance and stability under harsh environments, making it the ultimate choice. jundro's dedication to technological innovation and application expansion ensures it remains at the forefront of ceramic material innovation, creating more opportunities in high-tech applications than ever before. When selecting Shapal Hi-M, opt for excellence and reliability for future success. Using Shapal Hi-M will bring outstanding performance and versatile processability to meet even your most demanding application requirements. Contact Jundro Ceramics promptly for more information on Shapal Hi-M products and solutions, as well as reliable support for your project.