Precision Performance with Silicon Carbide Ceramic
- Offers exceptional hardness and mechanical strength for extreme wear resistance
- Superior thermal conductivity, efficient heat dissipation
- Stable performance under high temperatures and thermal shock conditions
- Delivers excellent chemical resistance against acids, alkalis, and corrosive environments
- Supports high voltage and high frequency operation with a wide bandgap structure
- Lightweight designs with outstanding stiffness and dimensional stability
Transforming Industrial Efficiency with SiC Ceramic
With a strong covalent framework like diamond, silicon carbide offers enhanced mechanical strength, high-temperature thermal stability, and superior chemical resistance. Its uses from high-efficiency MOSFETs, inverters, and quick-charging EV systems to cutting tools, refractories, and aerospace components. By enabling higher speed switching, longer service life, and compact system designs, SiC ceramic is helping industries lower operational expenses, enhance system reliability, and better align with environmental sustainability goals.
High-Performance Silicon Carbide Ceramics for Demanding Industries
Our silicon carbide range offers outstanding performance advantages—helping your operations achieve greater productivity, longer service life, and reduced maintenance costs.
Provides superior thermal shock resistance and durability for high-temperature applications.
Ensures efficient melting and long service life in the metal and chemical industries.
Offers excellent wear resistance and stability for mechanical sealing systems.
Delivers outstanding strength and thermal conductivity for industrial heating applications.
Ideal for producing high-strength, high-temperature-resistant ceramic and composite materials.
Maintains exceptional chemical resistance and thermal stability under extreme conditions.
Enhances bearing performance with superior hardness and wear resistance.
Increases kiln efficiency with lightweight, high-strength support for firing ceramics.
Provides lightweight, high-strength ballistic protection for defense applications.
Enables uniform heat distribution and efficiency in semiconductor processing.
Protects sensors in harsh environments with outstanding thermal and chemical stability.
Extends service life in abrasive and corrosive fluid handling applications.
Delivers fast, efficient heating with excellent oxidation resistance at high temperatures.
Provides energy-efficient, high-temperature heating solutions for industrial furnaces.
Improves process efficiency with superior corrosion and thermal shock resistance.
Protects equipment against extreme abrasion, corrosion, and thermal stresses.
Enhances surface hardness and oxidation resistance for longer component lifespan.
Delivers lightweight, high-stiffness performance for precision optical systems.
Extends tool life. Improves cutting efficiency under demanding machining conditions.
Achieves faster machining speeds with exceptional hardness and thermal stability.
Applications of Silicon Carbide Ceramics
Silicon carbide materials are trusted across a wide range of industries for their outstanding strength, thermal stability, and chemical resistance, empowering critical applications to achieve higher performance and longer service life.
AutomobilEnhances engine efficiency and durability with high-strength, heat-resistant components.
Chemische IndustrieDelivers exceptional corrosion and thermal resistance for aggressive chemical processing environments.
HalbleiterEnables precise, high-purity processes with superior thermal and mechanical stability.
IndustrieofenExtends service life and improves firing efficiency with outstanding thermal shock resistance.
BergbauProvides robust wear and abrasion resistance for extended equipment lifespan in harsh mining operations.
Pumpen und VentileIncreases reliability and reduces maintenance with hard, corrosion-resistant sealing components.
MetallurgieWithstands extreme temperatures and mechanical stress for efficient metal production and processing.
Ballistik und PanzerungOffers lightweight, high-strength protection against ballistic threats and impacts.
LaborausrüstungEnsures chemical purity and thermal stability for high-precision laboratory processes.
Luft- und RaumfahrtDelivers lightweight strength and thermal resistance critical for aerospace structures and systems.
Why Choose Newthink Silicon Carbide Ceramics?
Auswahl Newthink Das bedeutet, sich für gleichbleibende Qualität zu entscheiden, denn wir liefern genau das, was Sie brauchen.
To meet your large order demands and ensure steady delivery times for silicon carbide heating elements.
We collaborate with leading institutes to provide expert guidance in material selection, product design, and thermal performance optimization.
Wir bieten Unterstützung von der Konstruktion bis zur Auslieferung für spezielle Heizgeometrien und helfen so Forschungs- und Entwicklungsteams sowie Ingenieuren, einzigartige Anwendungsspezifikationen zu erreichen.
ISO9001-zertifiziert Produktion und Lieferungen in über 40 Länder garantieren gleichbleibende Qualität und zuverlässige Leistung in allen Branchen.
Silicon Carbide Ceramics Workshop
Newthink has 14 years of experience in advanced ceramic production. At NKM workshop, industry-leading equipment for cutting, forming, and surface finishing enables the precision manufacturing of silicon carbide ceramics. Every process stage, from raw material inspection to final performance testing, is strictly monitored to ensure stable quality and reliable delivery. NKM aim to provide the best products for customers.
Economic Advantages of Silicon Carbide Ceramics
Silicon carbide ceramics reduce electricity consumption by 10–30% through higher thermal conductivity and lower energy losses. They cut cooling system costs by enabling 20–50% smaller and lighter device designs due to superior heat dissipation, extend equipment lifespan by 2–5 times under harsh conditions with exceptional hardness, wear resistance, and thermal shock stability. SiC ceramics lower maintenance frequency by over 50% because of outstanding corrosion resistance and mechanical strength. Using SiC ceramic improves production yields by minimizing defect rates through consistent high-temperature and chemical durability.
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Entdecken Sie unsere praktischen Anwendungsbeispiele. Finden Sie Keramiklösungen für Ihre Branche.
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Newthink actively participates in major industrial and advanced ceramics exhibitions worldwide throughout the year, such as TECNA in Italy, CERAMITEC in Germany and Vietnam, and the Highly-functional Ceramic Expo in Japan, meeting directly with our customers.
Unsere Türen stehen Ihnen jederzeit offen – wir laden Sie herzlich ein, unser Werk zu besuchen und sich selbst von unserem Qualitätsanspruch zu überzeugen. Durch den regelmäßigen Austausch und die engen Beziehungen, die wir bei internationalen Veranstaltungen und Besuchen aufgebaut haben, genießen wir das tiefe Vertrauen unserer Kunden in über 40 Ländern und Regionen.
Properties and Applications of Silicon Carbide Ceramic
With outstanding strength, thermal conductivity, and chemical resistance, silicon carbide delivers high performance across automotive, semiconductor, and other industries.
- Datenblatt
- Anwendungen
| Artikel | Einheit | Daten | ||||
| RBSiC(SiSiC) | NBSiC | SSiC | RSiC | OSiC | ||
| Maximale Betriebstemperatur | ℃ | 1380 | 1450 | 1650 | 1620 | 1400 |
| Dichte | g/cm3 | 3.02 | 2.75-2.85 | 3.08-3.16 | 2.65-2.75 | 2.75-2.85 |
| Offene Porosität | % | 0 | 13-15 | 0 | 15-18 | 7-8 |
| Biegefestigkeit 20℃ | MPa | 250 | 160 | 380 | 100 | / |
| Biegefestigkeit 1200℃ | MPa | 280 | 180 | 400 | 120 | / |
| Elastizitätsmodul 20℃ | Notendurchschnitt | 330 | 580 | 420 | 240 | / |
| Elastizitätsmodul 1200℃ | Notendurchschnitt | 300 | / | / | 200 | / |
| Wärmeleitfähigkeit 1200℃ | W/mk | 45 | 19.6 | 100-120 | 36.6 | / |
| Wärmeleitfähigkeitskoeffizient Erweiterung | K-1x10-6 | 4.5 | 4.7 | 4.1 | 4.69 | / |
| Hochspannung | kg/mm2 | 2115 | / | 2800 | / | / |
| Application Field | Specific Products |
| Halbleiterindustrie | Wafer carriers, susceptors, heater plates, etching components |
| Leistungselektronik | MOSFETs, Schottky diodes, inverters, converters for EVs and renewable energy |
| Electric Vehicles (EV) | Onboard chargers, traction inverters, DC-DC converters, battery management components |
| Renewable Energy | Solar inverter modules, wind turbine power modules, and high-efficiency power converters |
| Luft- und Raumfahrt | Satellite mirrors, structural supports, propulsion system components, heat shields |
| Chemical Processing | Chemical-resistant pipes, pump components, mechanical seals, and heat exchangers |
| Industrial Furnaces | Kiln furniture (beams, plates, rollers), radiant tubes, and crucibles |
| Metallurgie | High-temperature furnace parts, sagger plates, protective linings for smelting |
| Mechanical Engineering | Wear parts, mechanical seals, bearings, valve components, and nozzles |
| Abrasives and Cutting Tools | Grinding wheels, blasting nozzles, cutting blades for high-wear environments |
| Optics and Precision Instruments | Telescope mirrors, semiconductor lithography optics, and laser scanning mirrors |
| Medical (Emerging) | Biosensors, implantable scaffolds for orthopedic use (under research and development) |
| Water Treatment | Ceramic membranes for filtration and chemical resistance (specific types like porous SiC) |
Verwandte Produkte
Heat conduction and heat dissipation devices to maintain a constant temperature.
Precision-engineered. Used in armors for military, law enforcement and defense.
Silicon carbide is expensive because it needs to be produced synthetically through high-temperature processes that are very sophisticated, and the powders have to be extremely pure and fine particle size. Its sintering is around 2000°C, and hence, energy and equipment costs are very high. Machining is difficult due to the hardness, and diamond cutting tools and specialized equipment have to be employed. The overall manufacturing is long with low yields and technical demands.
Silicon carbide is extremely hard, ranking about 9–9.5 on the Mohs hardness scale, just below diamond, which is rated 10. While it is not as hard as diamond, it is one of the hardest industrial materials available, offering excellent wear resistance and mechanical strength.
While companies like Saint-Gobain, 3M, and CoorsTek dominate the market, trusted suppliers like Newthink Material have built a strong reputation for offering reliable, high-performance silicon carbide products tailored to diverse industrial needs.
Yes, silicon carbide ceramic is used in bulletproof applications. Its combination of high hardness, light weight, and strong impact resistance makes it an ideal material for manufacturing ballistic armor plates used in military and law enforcement protection.
Silicon carbide ceramics have better thermal conductivity, mechanical strength, and resistance to high temperatures than alumina or zirconia.
Thermal conductivity in silicon carbide is 100-120 W/m·K, which is significantly higher than alumina, providing effective heat dissipation that is ideal for electronics and thermal management. The bending strength of SiC ceramic is 380 MPa at room temperature, which is remarkably good for maintaining strength while subject to high temperatures. This is what alumina and zirconia cannot provide.
In comparison to zirconia, silicon carbide is much more stable at high temperatures. Zirconia generally degrades above 750℃.
In its pure and dense state, SiC has very high resistivity, often over 1013 Ω·cm at room temperature and therefore can be considered an effective electrical insulator.
When doped with boron or aluminum, its resistivity decreases and then become semiconductive. In some composite materials like SiC30, in which about 30-35% graphite is added, the material remains highly thermally conductive, while also being electrically conductive.
Yes. But SiC requires specialized tooling and expertise because of its extreme hardness and brittleness. Only diamond grinding or CNC precision machining can shape SiC accurately enough, often holding tolerances down to ±0.002 mm. SiC can be polished to a mirror finish with surface roughness of Ra 0.01 µm.
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