When it comes to wear resistance, silicon carbide is a game-changer. At JUNTY, we, as your ideal provider of silicon carbide wear resistance solutions, are proud to offer silicon carbide materials that possess exceptional qualities. Our silicon carbide exhibits outstanding corrosion resistance, wear resistance, and low coefficients of friction. With remarkable thermal conductivity, hardness greater than tungsten carbide, and excellent abrasion resistance, our silicon carbide proves to be a high-performance tribomaterial that has been trusted and marketed for over 25 years.

JUNTY’s Superior Silicon Carbide Solutions

 

As a leading provider of silicon carbide materials, JUNTY is committed to delivering superior solutions for wear resistance. We offer a range of grades to meet diverse industry needs, including Reaction Bonded Silicon Carbide (RB SiC) and Sintered Silicon Carbide (SSiC). Our RB SiC provides a cost-effective option with good chemical resistance and excellent wear properties. On the other hand, SSiC is the ultimate choice for high-temperature applications due to its resistance to chemically hostile fluids, as it contains no free silicon. In addition, we offer graphite-loaded silicon carbide composites that further enhance tribological performance and lubricity, ensuring optimal efficiency in demanding applications.

 

Unmatched Performance Metrics with JUNTY’s Silicon Carbide

 

JUNTY’s silicon carbide outshines the competition when it comes to performance. Let’s delve into the key parameters that set our silicon carbide materials apart:

 

Firstly, our silicon carbide materials boast densities ranging from 3.0-3.05 g/cm³ for RB SiC and 3.10 g/cm³ for SSiC. In terms of free silicon content, RB SiC contains 12% free silicon, while our SSiC is entirely free from silicon.

 

When it comes to crystal size, RB SiC exhibits a range of 8-20 μm, whereas SSiC showcases a smaller crystal size of 5-7 μm. Additionally, the hardness of our silicon carbide materials is truly impressive, with RB SiC measuring at HRA 90 or higher, while SSiC surpasses HRA 93.

 

In the realm of strength, our silicon carbide materials exhibit robust compressive strength. RB SiC reaches up to 2700 MPa (391,500 psi), while SSiC can achieve up to 3000 MPa (435,000 psi). Both RB SiC and SSiC demonstrate a flexural strength of 400 MPa (58,000 psi).

 

Fracture toughness is another area where our silicon carbide shines. RB SiC boasts a fracture toughness of 4.3 Mpa·m1/2, while SSiC excels with 4.5 Mpa·m1/2. Moreover, JUNTY’s silicon carbide materials offer a high elastic modulus. RB SiC ranges from 390 GPa (57×106 psi) to 410 GPa (59×106 psi), while SSiC ranges from 250 GPa (36.3×106 psi) to 320 GPa (46.4×106 psi).

 

Both RB SiC and SSiC have a Poisson’s ratio of 0.15, indicating their mechanical properties. Lastly, our silicon carbide materials exhibit a thermal expansion coefficient of 4.3 × 10-6/K, ensuring stability in varying temperature conditions.

 

With these exceptional performance metrics, JUNTY’s silicon carbide materials guarantee unmatched wear resistance and durability in demanding applications. When it comes to meeting your silicon carbide wear resistance needs, you can rely on JUNTY for superior solutions that deliver outstanding results.

 

Conclusion

When it comes to wear resistance, silicon carbide is a remarkable material, and JUNTY is your trusted partner in providing superior solutions. Our silicon carbide exhibits exceptional corrosion resistance, wear resistance, and low coefficients of friction. With various grades available, including RB SiC, SSiC, and graphite-loaded composites, we offer tailored solutions to enhance tribological performance and lubricity. With our silicon carbide materials boasting unmatched performance metrics, such as density, crystal size, hardness, compressive strength, flexural strength, fracture toughness, elastic modulus, Poisson’s ratio, and thermal expansion coefficient, JUNTY ensures superior wear resistance and durability in demanding applications. Choose JUNTY as your preferred provider of silicon carbide wear resistance solutions. Trust our expertise and experience to deliver optimal results for your specific requirements. Contact us today to learn more about our high-quality silicon carbide materials and how they can transform your operations.