language
MATERIALS CENTER
MATERIALS CENTER

CORESIC® SE

CORESIC® SP

CORESIC® SPG

CORESIC® RBS H

CORESIC® RBP H

CORESIC® RBE H

CORESIC® SE

CORESIC® SE silicon carbide is a kind of self bonded fine grain alpha type silicon carbide made by pressureless sintering with ultra-fine silicon carbide powder spray granulation and innovative forming method of Sanzer New Material, and its density is greater than 95% of the theoretical density.

Key Advantages

 

  • 111Super hardness
  • Extremely high bending strength (380 MPa)
  • Excellent wear and corrosion resistance
  • Not sensitive to mechanical fatigue
  • High temperature resistance (1700 ℃)
  • High thermal conductivity (140 W/m/K)
  • Comprehensive chemical corrosion resistance

 

 

 

Features and Applications

It is an excellent substitute material for metals, graphite, glass, high-temperature alloys, and other ceramics, and can be widely used in extremely harsh environments such as fine chemicals, pharmaceuticals, environmental engineering, lithium battery materials, technical ceramics, etc. with high corrosion, high temperature, and high wear.

 

 

Material Performance Table

 

Key words:

Recommend News

Silicon Carbide Optical Mirrors for Precision Optics in Aerospace and Defense

Silicon carbide (SiC) optical mirrors are emerging as a critical component in high-precision optical systems, particularly in the aerospace and defense sectors. Manufactured through processes like direct isostatic pressing and pressureless sintering, these mirrors can be tailored to various structural shapes to meet specific design requirements. With their exceptional properties, SiC optical mirrors are finding applications in laser mirrors, infrared mirrors, and array mirrors, contributing to advancements in optical technologies.

Silicon Carbide RTA Carrier Plates A Robust Solution for High-Temperature Applications

Silicon carbide RTA carrier plates are essential components in the manufacturing of LED chips, where they play a critical role in the rapid thermal annealing (RTA) process. This specialized application demands materials that can withstand the extreme temperatures and rapid heating/cooling cycles inherent to RTA. Silicon carbide (SSiC) plates excel in this realm due to their unparalleled strength and durability.

The Superior Properties and Applications of Silicon Carbide Heat Exchange Plates

In the realm of industrial heat management, Silicon carbide heat exchange plates stand out for their exceptional properties. Crafted through isostatic pressing and high-temperature sintering, these plates can be engineered to meet precise design specifications, accommodating various structural shapes. Their versatility is such that they can accommodate minimal channel sizes of just 1mm, making them adaptable for intricate heat exchange requirements.

Silicon Carbide Round Crucibles A High-Performance Material for High-Temperature Applications

Silicon carbide round crucibles are a critical component in various high-temperature industrial processes, where their exceptional properties make them indispensable. Manufactured using isostatic pressing techniques and high-temperature sintering, these crucibles are available in round shapes, as well as square configurations, with a variety of bottom types such as flat, semi-flat, and spherical. Furthermore, they can be customized with flanges, drilled holes, and other processing specifications to meet specific application requirements.