Semicorex silicon carbide ceramic plates take premium silicon carbide powder as primary raw materials, fabricated through powder forming, high-temperature sintering, and precision processing. Featuring excellent overall properties, silicon carbide ceramic plates are widely applied in multiple high-end industrial fields.
As one of the most widely adopted structural ceramics, silicon carbide ceramics are capable of serving harsh wear-resistant and heat dissipation applications in various industries. Classified by their respective sintering methods, silicon carbide ceramics are categorized into pressureless sintered SiC, reaction-bonded SiC and recrystallized SiC.
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Silicon Carbide Ceramic Specification |
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Typical properties |
Unit |
Pressureless Sintered Silicon Carbide (SSiC) |
Reaction Bonded Silicon (SiSiC) |
Recrystallized Silicon Carbide (RSiC) |
|
SiC content |
% |
>99.5 |
≥85 |
99.71 |
|
Use Temperature |
℃ |
Oxidation 1600 Inert 1950 |
1350 |
1650 |
|
Density |
kg/dm3 |
>3.14 |
≥3.02 |
>2.65 |
|
Aparent Porosity |
% | <0.5% |
<0.1 |
15.3% |
|
Bending Strength 20°C |
MPa | 450 | 240 |
88 |
|
Compression Strength 20°C |
MPa |
3900 |
1696 |
203 |
|
Modulus of Elasticity |
GPa | 420 | 327 |
233 |
|
Thermal Conductivity |
W/m.k |
160 |
219 |
222 |
Data above for reference only
Semicorex produces our high-performance silicon carbide ceramic plates by adopting high-quality SiC powder, making them offer excellent properties listed as follows.
A. High hardness and wear resistance
Semicorex silicon carbide ceramic plates can withstand long-term materials friction and continuous medium erosion and exhibit a longer service life than conventional ceramic plates, which drastically reduces component replacement costs.
B. Superior thermal management capability
Semicorex silicon carbide ceramic plates's excellent high-temperature creep allows them to keep structural integrity and reliable mechanical strength at high temperatures, and thier high thermal conductivity enables efficient heat conduction to avoid partial overheating and ensure stable equipment operation.
C. Stable chemical corrosion resistance
Semicorex silicon carbide ceramic plates are suitable for harsh corrosive operating environments because they provide consistent corrosion resistance against the majority of strong acids, strong alkalis, and corrosive media.
Semicorex is equipped with integrated precision production lines that covers component forming, high-temperature sintering, grinding and polishing, as well as finished product inspection. Supported by a professional technical team, Semicorex provides our customers with technical guidance and process optimization solutions according to their drawings and applications. To better serve our customers, we offer non-standard customization services:
A. Supporting small-batch trial production and consistent mass production.
B. Providing different silicon carbide ceramic types for selection
C. Offering customized services to tailor our silicon carbide ceramic plates in shapes, dimensions, thickness, flatness, tolerances and other requirements like drilling and chamfering.