Silicon Carbide Ceramics, High Performance Silicon Carbide Ceramics, Advanced SiC Ceramic Materials

Q: What are the main advantages of silicon carbide (SiC) ceramics compared to other materials?

Silicon carbide ceramics provide excellent performance for demanding applications. High temperature resistance - (up to 1650°C) ideal for furnace components or aerospace Extremely high hardness (Mohs hardness 9.5) better than alumina and zirconia Chemically inert, resistant to acid and alkali corrosion Thermal conductivity is better than most heat exchanger ceramics

Q: Can silicon carbide (SiC) ceramics be machined into complex shapes?

Answer:Yes, sintered SiC forms near net shapes during sintering; post-machining requires diamond tools (costly); reaction bonded SiC allows more machining flexibility before final sintering; 3D printing, an emerging technology for prototyping.

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بيت > جميع المجموعات > By Materials > Silicon Carbide Ceramics

Silicon Carbide ceramics

SiC ceramics are primarily made from silicon carbide, offering high hardness, high-temperature resistance, and excellent thermal stability.
High performance and competitive price!

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Silicon Carbide Ceramics/SIC Ceramic

CERAMPRO Advantage

•10+ Years of Focus on Precision Ceramics
Extensive expertise in materials including zirconia, alumina, silicon nitride, and aluminum nitride.
•High-Precision Machining Capability
Dimensional tolerance: ±0.002–0.005 mm | Surface roughness: Ra 0.1–0.4 μm
•Complete In-House Manufacturing System
Forming, CNC machining, grinding, polishing, metallization, plating, and laser processing—all completed internally.
•OEM/ODM Engineering Support
Provides drawing evaluation, Design for Manufacturing (DFM) optimization, and structural reinforcement recommendations.
• Quality and Reliability
Full-process IQC/IPQC/OQC inspection, with 100% verification of critical dimensions.
•Global Service
Serving clients in 20+ countries, with support for English-language engineering communication and rapid delivery.

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Silicon Carbide Ceramics:Precision Ceramic Solutions for Advanced Industries

At CERAMPRO, we design and deliver high-performance silicon carbide (SiC) ceramics for industries where conventional materials fail to meet the demand. Whether you require exceptional hardness, superior wear resistance, or outstanding thermal and chemical stability, our custom silicon carbide solutions are engineered to perform consistently in the most rigorous environments.

⬜️ High hardness and wear resistance Industrial wear parts, cutting tools, wear-resistant rails
⬜️ Excellent thermal stability High-temperature components, thermal insulation, thermal interface materials
⬜️ Chemical inertness Corrosion-resistant linings and seals
⬜️ Strong yet tough Structural parts for high-impact applications, fracture-resistant components
⬜️ Low density Lightweight mechanical components

Tell us your requirements - we will provide a custom solution of SiC components for your application. [ Contact us ] for a free technical consultation.

R&D to Customize Your Silicon Carbide Ceramic Application

◽️ Materials Research
CERAMPRO conducts in-depth research on high-performance materials based on market needs and performance specs. Focus on purity, mechanical, electrical, and thermal properties, high-temperature resistance, corrosion, and impact. Optimize material systems and additives; align forming and sintering for sample prep and surface treatments; conduct a concise evaluation to deliver optimal material solutions.

◽️ Engineering Design
CERAMPRO, after receiving requirements, will have professional engineers align product and engineering design. Provide a compact package covering concept design, process route, structural and thermal analysis for seamless design-to-manufacturing integration.

◽️ Process Optimization CERAMPRO prioritizes quality, yield, lead time, and satisfaction. Continuous process optimization projects with R D to improve stability and cost-effectiveness.

◽️ Mould Design
CERAMPRO’s team selects mold materials and designs matching molds with CAD/SolidWorks/UG. Options: processing, 3D-printed, casting, lost-wax, lightweight molds. Also solutions for large sizes, thick walls, long parts, and complex cavities.

Features of CERAMPRO Silicon Carbide Ceramic Products

High Purity

Chemical Stability

High Temperature Resistance

Antioxidant

CERAMPRO Can Provide You with Silicon Carbide Materials

⬜️ Pressureless Sintered Silicon Carbide

• Particle size can reach0.5-1.0 m. • Ultra-high hardness, excellent wear resistance, Vickers hardness exceeds2000GPa .
• Excellent bending strength, three-point bending strength greater than 350MPa.
• High temperature resistance up to 1500 ℃.
• High thermal conductivity and low thermal expansion coefficient (room temperature thermal conductivity120W/m K , room temperatureCTE 2.5ppm/ ℃).
• Comprehensive chemical corrosion resistance.
• Can customize large-size and various complex structure ceramic parts for you.

⬜️Reaction-Sintered Silicon Carbide

• Excellent bending strength (280MPa ,3times that of quartz material)
• Maximum operating temperature can reach1350 ℃
• Chemically stable, resistant to acid and alkali corrosion, low etching rate of acid and alkali washing
• Low thermal expansion coefficient, similar to that of materials such as silicon nitride
• Excellent wear resistance and hardness (2500GPa )
• Excellent thermal conductivity (room temperature thermal conductivity160W/m K )

⬜️3D printing Silicon Carbide

• Particle size is usually50-100μm
• Excellent wear resistance (Vickers hardness20GPa )
• High temperature resistance, can withstand1300 ℃
• High thermal conductivity, low thermal expansion coefficient (room temperature thermal conductivity100W/m·K , room temperatureCTE 4*10 -6/K )
• Purity can reach up to99.98%
• Can manufacture large-sized and various complex structural parts for you

CERAMPRO Silicon Carbide Ceramic Series Products

Ceramic Nozzle

Ceramic Nozzle MaterialsAvailable in alumina (Al₂O₃), zirconia (ZrO₂), and silicon carbide (SiC).We help select the right material based on your working conditions. Key Features Excellent wear resistance for longer service life Strong corrosion and chemical resistance High temperature stability More reliable than metal nozzles in harsh environments Consistent and precise spraying performance ApplicationsUsed in spray systems, sandblasting, industrial cleaning, and fluid control in chemical and automation equipment. Lead Time Samples: 7–10 days Mass production: 15–25 days(Depending on design complexity and quantity) Get a Quote Send us your drawing or requirements — we’ll get back to you quickly with a solution and quotation.

High-Performance Silicon Carbide (SiC) Ceramic Sleeve

Product Name: High-Performance Silicon Carbide (SiC) Ceramic Sleeve Product Material: Sintered Silicon Carbide (SSiC), Reaction Bonded Silicon Carbide (RBSiC/SiSiC), or Nitride Bonded Silicon Carbide (NSiC). Material Characteristics: Extreme hardness (approaching Diamond), High thermal conductivity, Excellent thermal shock resistance, Outstanding chemical resistance (pH 0-14), Superior oxidation resistance at temperatures up to 1600°C, High modulus of elasticity, Extremely low coefficient of thermal expansion. Application Fields: Mechanical seal faces, Magnetic pump bearings and sleeves, Sand mill liners, Slurry pump bushings, Hydrocyclone liners, High-temperature radiant tube liners, Spray nozzles for desulfurization (FGD). Application Industries: Biomedical (High-purity process equipment), Advanced Machinery (Heavy-duty abrasives), New Energy (Lithium battery powder milling), Fluid Control (Abrasive slurry handling), Electronic Engineering (Semiconductor wafer carriers), Aerospace (High-temperature propulsion components), Petrochemical (Corrosive crude processing), Broad Semiconductor (CMP slurry systems). Processing Difficulties: Extreme hardness makes diamond-tool grinding slow and cost-intensive, Maintaining tight geometric tolerances (cylindricity and concentricity) on thin-wall sleeves, Controlling surface finish (Ra < 0.05μm) for rotating face seals, managing thermal stress during the sintering of extra-large diameter sleeves. Processing Flow: Powder synthesis → Cold Isostatic Pressing (CIP) or Casting → Green machining → High-temperature vacuum/pressure sintering → Precision diamond grinding (ID/OD) → Mirror polishing and lapping → Ultrasonic flaw detection → CMM inspection → Secure packaging. Delivery Period: Standard specifications: 20-35 days, Customized large-diameter or complex sleeves: 40-60 days.

Engineering-Grade Precision Silicon Carbide Ceramic Rods

Product Name:Engineering-Grade Precision Silicon Carbide Ceramic Rods Product Material:Pressureless Sintered Silicon Carbide, SiC Material Characteristics:Ultra-high hardness, excellent wear resistance, high mechanical strength, outstanding thermal stability, low thermal expansion coefficient, superior chemical corrosion resistance, good thermal conductivity, long service life Application Fields:Precision mechanical components, high-wear structural parts, high-load components, high-temperature environments, corrosive working conditions, semiconductor equipment components Application Industries:Advanced machinery manufacturing, semiconductor industry, electronics industry, chemical processing industry, energy and power systems, industrial automation Processing Difficulties:Extremely high hardness and brittleness, difficult machining, strict dimensional tolerance control, high requirements for grinding precision, demanding surface finish control Processing Flow:Raw material preparation, powder forming, pressureless sintering, precision grinding, dimensional inspection, surface finishing, final quality inspection Delivery Period:Standard products 2–3 weeks, customized precision products 3–5 weeks depending on size tolerance and quantity

Ceramic Trays

Product Name: Ceramic Trays Product Material: Aluminum Nitride (AlN)/Alumina (Al₂O₃)/Silicon Carbide (SiC) Material Characteristics: High thermal conductivity, excellent thermal shock resistance, high temperature stability, chemical corrosion resistance, high mechanical strength Application Fields: Semiconductor wafer processing, LED epitaxial growth, photovoltaic cell manufacturing, chemical corrosion environments, high-temperature heat treatment Application Industries: Semiconductor manufacturing, LED and display, solar energy, chemical processing, aerospace Processing Challenges: Large-size flatness control, thin-wall structure strength, high-temperature deformation prevention, surface contamination control Processing Flow: Powder preparation → Forming → High-temperature sintering → Precision machining → Surface treatment → Quality inspection → Packaging Delivery Time: 30-40 days, 45-60 days for customized specifications

High Thermal Conductivity Ceramic Substrates

Product Name: High Thermal Conductivity Ceramic Substrates Product Material: Aluminum Nitride (AlN)/Silicon Carbide (SiC) Material Characteristics: High thermal conductivity, excellent thermal shock resistance, electrical insulation, matched CTE with semiconductors, high temperature stability Application Fields: Power electronic packaging, LED chips, laser devices, microwave circuits, semiconductor modules Application Industries: Power electronics, semiconductor manufacturing, automotive electronics, aerospace, telecommunications Processing Challenges: Thin substrate flatness control, via hole precision, metallization adhesion strength, thermal stress management Processing Flow: Powder preparation → Tape casting → Lamination → High-temperature sintering → Surface grinding → Metallization → Laser processing → Inspection → Packaging Delivery Time: 25-35 days for standard specifications, 40-50 days for customized designs

High-Quality Ceramic Base Plates

Product Name: High-Quality Ceramic Base Plates Product Material: Aluminum Nitride (AlN)/Alumina (Al₂O₃)/Silicon Carbide (SiC) Material Characteristics: High thermal conductivity, excellent thermal shock resistance, electrical insulation, high temperature stability, mechanical strength Application Fields: Power module substrates, semiconductor packaging, LED heat dissipation, laser equipment, electronic sensors Application Industries: Power electronics, semiconductor, automotive electronics, aerospace, telecommunications Processing Challenges: Large-size flatness control, via hole precision, metallization reliability, thermal stress management Processing Flow: Powder preparation → Forming → High-temperature sintering → Precision grinding → Metallization → Laser processing → Inspection → Packaging Delivery Time: 30-40 days, 45-60 days for customized designs

High Thermal Conductivity Ceramic Plates

Product Name: High Thermal Conductivity Ceramic Plates Product Material: Aluminum Nitride (AlN)/Silicon Carbide (SiC)) Material Characteristics: High thermal conductivity, excellent electrical insulation, thermal shock resistance, high temperature stability, low thermal expansion Application Fields: Power electronics cooling, LED heat dissipation, semiconductor packaging, laser equipment, microwave devices Application Industries: Power electronics, semiconductor, telecommunications, automotive electronics, aerospace Processing Challenges: Large-size thin plate flatness control, metallization bonding strength, thermal stress management, surface quality maintenance Processing Flow: Powder preparation → Forming → High-temperature sintering → Precision grinding → Metallization → Inspection → Packaging Delivery Time: 25-35 days, 40-50 days for customized requirements

Advanced Ceramic Processing Silicon Carbide Rotor

Product Name: Advanced Ceramic Processing Silicon Carbide Rotor Product Material: High-Purity Silicon Carbide (SiC) Material Characteristics:High temperature resistance, Excellent wear resistance, Superior chemical inertness, High mechanical strength, Low thermal expansion Application Fields:Semiconductor manufacturing, High-speed rotating equipment, Precision mechanical systems Application Industries:Semiconductor production, Aerospace components, Automotive turbo systems, Industrial pumps Processing Difficulties:Complex rotor geometry machining, Dynamic balance precision control, High-speed rotation stability, Surface finish requirements, Thin-wall structure integrity Processing Flow:Powder preparation → Forming → Sintering → CNC machining → Dynamic balance testing → Surface treatment → Quality inspection → Packaging Delivery Period:30-40 days

Precision Porous Silicon Carbide Ceramic Sucker

Product Name: Precision Porous Silicon Carbide Ceramic Sucker Product Material: High-Purity Porous Silicon Carbide Ceramic Material Characteristics:High temperature resistance, Excellent chemical inertness, Adjustable porosity, Good thermal shock resistance, High mechanical strength Application Fields:Semiconductor wafer handling, Vacuum adsorption systems, High-temperature processing, Precision manufacturing Application Industries:Semiconductor manufacturing, LED production, Solar cell fabrication, Microelectronics assembly Processing Difficulties:Precise porosity control, Pore size uniformity, Surface flatness maintenance, Vacuum seal integrity, Thin-wall structure stability Processing Flow:Powder preparation → Additive mixing → Forming → Sintering → Precision machining → Surface treatment → Quality inspection → Cleaning → Packaging Delivery Period:30-45 days

Wafer Adsorption Silicon Carbide Ceramic Sucker

Product Name: Wafer Adsorption Silicon Carbide Ceramic Sucker Product Material: High-Purity Silicon Carbide Ceramic (SiC) Material Characteristics:High thermal stability, Excellent wear resistance, Superior chemical inertness, High mechanical strength, Low outgassing Application Fields:Semiconductor wafer handling, Vacuum adsorption systems, Precision manufacturing equipment Application Industries:Semiconductor fabrication, LED manufacturing, Solar cell production, Microelectronics assembly Processing Difficulties:Precise micro-hole drilling, Surface flatness control, Vacuum seal integrity, Thin-wall structure machining, Thermal stress management Processing Flow:Powder preparation → Forming → Sintering → CNC machining → Surface polishing → Quality inspection → Cleaning → Packaging Delivery Period:30-40 days

Silicon Carbide Ceramic Wafer Support Tray

Product Name: Silicon Carbide Ceramic Wafer Support Tray Product Material: High-Purity Silicon Carbide Ceramic (SiC ≥99.9%) Material Characteristics:High thermal conductivity, Excellent thermal shock resistance, Outstanding chemical inertness, High mechanical strength, Low thermal expansion, Superior wear resistance Application Fields:Semiconductor wafer processing, High-temperature thermal processing, Chemical vapor deposition systems, Diffusion furnace applications Application Industries:Semiconductor manufacturing, LED production, Solar cell manufacturing, Power device packaging Processing Difficulties:Large-area thin-wall structure fabrication, Warpage control during high-temperature sintering, Precise flatness maintenance, Surface contamination prevention, Micro-crack avoidance in brittle material, Dimensional stability assurance Processing Flow:Powder preparation → Slurry process → Tape casting → Lamination → Sintering → CNC machining → Surface polishing → Quality inspection → Ultrasonic cleaning → Packaging Delivery Period:35-45 days

High-purity Thin Silicon Carbide Ceramic Indexing Disk

Product Name: High-purity Thin Silicon Carbide Ceramic Indexing Disk Product Material: High-Purity Silicon Carbide (SiC) The material can be made from high-purity silicon carbide powder (≥99.9%) . Material Characteristics:High hardness and wear resistance, Excellent thermal stability, Low thermal expansion, Superior corrosion resistance, Good thermal conductivity, High mechanical strength . Application Fields:Semiconductor manufacturing equipment, Precision measurement systems, High-temperature processing equipment . Application Industries:Wafer processing and inspection, Electronic components production, Automotive electronics packaging . Processing Difficulties:Precise thin disk flatness control, Micro-crack prevention in high-hardness material, Maintaining dimensional accuracy during sintering, Achieving high surface finish, Avoiding deformation in large-area thin disks, Ensuring uniform material properties . Processing Flow:Powder preparation → Forming → Sintering → Precision grinding → Surface polishing → Quality inspection → Cleaning and packaging . Delivery Period:30-45 days

Packaging Mechanical Bonding Head Silicon Carbide Ceramic Parts

Product Name: Packaging Mechanical Bonding Head Silicon Carbide Ceramic Parts Product Material: High-Purity Silicon Carbide Ceramic (SiC) Material Characteristics:High hardness and wear resistance, Excellent thermal conductivity, Low thermal expansion, Outstanding chemical stability, High mechanical strength Application Fields:Semiconductor packaging equipment, Electronic component assembly, Precision bonding systems Application Industries:IC packaging production, LED manufacturing, Microelectronic assembly, Automotive electronics packaging Processing Difficulties:Complex geometry machining, High-precision dimension control, Thin-wall structure processing, Surface quality maintenance, Brittle material handling, Tight tolerance requirements Processing Flow:Powder preparation → Forming → Sintering → CNC machining → Grinding → Polishing → Inspection → Cleaning Delivery Period:30-40 days

Semiconductor Porous Silicon Carbide Ceramic Sucker

Product Name: Semiconductor Porous Silicon Carbide Ceramic Sucker Product Material: Porous Silicon Carbide Ceramic Material Characteristics:Adjustable porosity, High temperature resistance, Excellent thermal shock resistance, Good mechanical strength, Outstanding corrosion resistance Application Fields:Semiconductor wafer handling, Vacuum chuck systems, High-temperature processing, Precision manufacturing Application Industries:Semiconductor manufacturing, Electronic components production, Precision instrumentation, Solar cell production Processing Difficulties:Precise porosity control, Uniform pore distribution, Maintaining dimensional stability, Achieving surface flatness, Preventing micro-cracks Processing Flow:Powder preparation → Additive mixing → Forming → Sintering → Precision machining → Surface treatment → Quality inspection → Cleaning and packaging Delivery Period:30-45 days

0.5mm Small Hole Silicon Carbide Parts for Aerospace Equipment

Product Name: 0.5mm Small Hole Silicon Carbide Parts for Aerospace Equipment Product Material: High-Purity Silicon Carbide Material Characteristics:High hardness and wear resistanceExcellent thermal stabilitySuperior corrosion resistanceGood thermal conductivityLightweight and high strength Application Fields:Aerospace thermal protection systems, High-temperature engine components, Satellite and spacecraft structures Application Industries:Aviation and spacecraft manufacturing, Defense and satellite communication, High-performance mechanical systems Processing Difficulties:Micro-hole drilling with high precision, Crack prevention in high-hardness material, Maintaining hole diameter consistency, Achieving smooth inner surface finish, Avoiding micro-fractures during processing, Ensuring dimensional accuracy under high-temperature conditions Processing Flow:Powder preparation → Forming → Sintering → Precision machining → Surface treatment → Quality inspection → Cleaning and packaging Delivery Period:30-50 days

Find Silicon Carbide Ceramic Products for Your Application

⬛Microchannel Reaction Products

As the core component of microchannel continuous flow chemical reactor/equipment, silicon carbide microchannel reactor can effectively solve your chemical application problems.

CERAMPRO can customize various microchannel reaction products for you:silicon carbide reaction tube, silicon carbide micro reaction plate, silicon carbide micro reaction module

⬛Corrosion-Resistant Heat Exchange Products

Silicon carbide ceramics are commonly used in processes such as cooling, condensing, heating, evaporating, thin-film evaporating and absorbing highly corrosive chemicals. Silicon carbide ceramics have better performance and higher overall benefits than traditional heat exchange equipment.

CERAMPRO can customize various corrosion-resistant heat exchange products for you:silicon carbide heat exchange plate, silicon carbide tube bundle block, silicon carbide tube sheet, silicon carbide heat exchange block hole, silicon carbide head, silicon carbide heat exchange tube, silicon carbide thermometer protection sleeve.

⬛High Temperature Resistant Products

CERAMPRO’s silicon carbide ceramics have extremely strong high temperature resistance and can withstand temperatures up to 1650°C, providing the best solution for your high temperature applications.

CERAMPRO can customize various high temperature resistant silicon carbide ceramic products for you:silicon carbide crucibles, silicon carbide thermocouple protection tubes, silicon carbide heat radiation plates, silicon carbide heat radiation tubes, reaction sintered silicon carbide burner sleeves, silicon carbide ceramic bushings, etc.

⬛Wear-Resistant Products

CERAMPRO can provide you with wear-resistant ceramic products, such as silicon carbide grinding liners, which have grinding structures and external heat exchange channels inside. The maximum outer diameter can reach 1300mm and the height can reach 1200mm, providing you with high grinding efficiency.

CERAMPRO can also provide you with customized other wear-resistant products:3D printed grinding discs, silicon carbide desulfurization nozzles, silicon carbide impellers, silicon carbide sandblasting nozzles, silicon carbide sulfuric acid atomization nozzles, silicon carbide grinding cylinders, etc.

⬛Ion Etching Resistant Products

CERAMPRO can provide you with customized ceramic carrier structures suitable for ICP etching process, PVD process, RTP process, and CMP process in the manufacture of optoelectronic lighting epitaxial wafers.

CERAMPRO can customize ion-etching resistant silicon carbide ceramic products for you: silicon carbide PVD carrier, silicon carbide ICP carrier

⬛Heat Shock Resistant Products

CERAMPRO can provide you with customized products for heat shock resistant applications:silicon carbide cantilever slurry, silicon carbide cantilever beam, silicon carbide boat support, silicon carbide air pipe, silicon carbide RTA carrier, etc.

⬛High-Purity Products

CERAMPRO can provide you with ultra-high purity silicon carbide ceramics, with a base material purity of up to 99.99%, a surface silicon carbide coating purity of up to 99.999%, and a high temperature resistance of up to 1650°C, ensuring the stability of your high-temperature applications.

CERAMPRO can customize high-purity silicon carbide products for you: silicon carbide furnace tubes, silicon carbide coating discs for silicon epitaxy, silicon carbide cantilever slurries

⬛Armor Protection Products

Silicon carbide has extremely high hardness and is widely used in armor systems.s.
CERAMPRO can provide you with customized protective ceramics:silicon carbide bulletproof inserts, SIC bulletproof sheets, etc.

Dimensional precision achieved by machining

Silicon Carbide Ceramic For Different Industries

Electronic Glass

Silicon carbide has excellent high temperature properties (strength, oxidation resistance, low creep), high density, low porosity, and low impurities. It is an ideal material for heat-resistant components in the electronic glass forming process. It is often used in glass hot bending machines, aspheric glass molding machines and other equipment, such as silicon carbide ceramic heat sinks, silicon carbide mold sleeves, silicon carbide molds, silicon carbide heating plates, etc.

Battery Materials

Rollers and square beams made of silicon carbide are widely used in sintering kilns for positive and negative electrode materials of lithium batteries. In addition, silicon carbide wear-resistant parts with extremely high hardness and strength can also be used in powder processing equipment such as sanding and dispersion of lithium battery materials. Common silicon carbide ceramic products used in the battery material industry include silicon carbide square beams and semi-open square beams, silicon carbide rollers, silicon carbide furnace tubes, silicon carbide grinding cylinders, etc.

Semiconductor

Silicon carbide ceramic materials have high strength, high hardness, high elastic modulus, high thermal conductivity, low thermal expansion coefficient, etc., as well as good specific stiffness and optical processing performance, and are particularly suitable for some precision accessories of semiconductor equipment. For example, they are used in photolithography machines, wafer handling robots, etc. Commonly used silicon carbide products include silicon carbide cantilever slurry, silicon carbide ring chuck, silicon carbide chuck, silicon carbide vacuum chuck, silicon carbide robotic arm, etc.

Chemical and Pharmaceutical

Silicon carbide ceramics are very suitable for cooling, condensing, heating, evaporation, thin film evaporation and absorption equipment for highly corrosive chemicals. Compared with traditional heat exchange equipment, silicon carbide heat exchange equipment has better heat exchange efficiency, so it is more compact, small in size, easy to disassemble and has low maintenance costs. Common silicon carbide ceramic products include silicon carbide tube bundle blocks, silicon carbide heat exchange block holes, silicon carbide heads, silicon carbide heat exchange tubes, etc.

Food and Pharmaceutical Industry

Ceramic materials do not contain metal ion precipitation and are suitable for fields such as food processing and pharmaceutical packaging that require extremely high material cleanliness.

One-stop silicon carbide ceramic manufacturing service

Precision engineering for OEM needs. Seasoned R D team, delivering competitive pricing without compromise.

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4 Wheel Electric Forklifts are an important piece of equipment for many industrial and commercial settings. They can help to move heavy objects quickly and easily, without the need for a lot of manual labor. There are a variety of different electric forklifts on the market, but one of the most popular types is the 4 wheel electric forklift. This type of forklift is especially useful for moving large objects around tight spaces. It can also navigate easily over bumps and uneven surfaces.

Frequently Asked Questions

Our most frequently asked questions

What are the main advantages of silicon carbide (SiC) ceramics compared to other materials?

Silicon carbide ceramics provide excellent performance for demanding applications.

High temperature resistance - (up to 1650°C) ideal for furnace components or aerospace
Extremely high hardness (Mohs hardness 9.5) better than alumina and zirconia
Chemically inert, resistant to acid and alkali corrosion
Thermal conductivity is better than most heat exchanger ceramics

Can silicon carbide (SiC) ceramics be machined into complex shapes?

Answer:
Yes, sintered SiC forms near net shapes during sintering; post-machining requires diamond tools (costly); reaction bonded SiC allows more machining flexibility before final sintering; 3D printing, an emerging technology for prototyping.

Customizable

We have a wide range of technologies such as material technology, process technology, design technology, measurement/evaluation technology, and integrated processes from materials to products in-house, so we can respond to various customizations. Please feel free to contact us first.

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Ceramics Materials: Alumina Ceramics; Zirconia Ceramics; Beryllium Oxide Ceramic; Aluminium Nitride Ceramics; Silicon Nitride Ceramics; Boron Nitride Ceramic; Silicon Carbide Ceramics; Boron Carbide Ceramics

Capabilities: Raw Material Preparation; Molding; Sintering; Machining and Surface Treatment; Testing Capability

Contact Us: Room 101, Building 2, No. 2, Kelian Road, Tangxia Town, Dongguan City, Guangdong Province; postmaster@cerampro.com; 13652526615

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Saint Pierre and Miquelon +508
Saint Vincent and the Grenadines +784
ساموا +685
San Marino +378
Sao Tome and Principe +239
Saudi Arabia +966
Senegal +221
Serbia +381
Seychelles +248
Sierra Leone +232
Singapore +65
Sint Maarten +599
Slovakia +421
Slovenia +386
Socialist Republic of Vietnam +84
Solomon Islands +677
Somalia +252
South Africa +27
South Georgia and The South Sandwich Islands +0
South Sudan +211
Sri Lanka +94
State of Libya +218
Sudan +249
Suriname +597
Svalbard and Jan Mayen +0
Swaziland +268
Sweden +46
Syrian Arab Republic +963
TaiWan, China +886
Tajikistan +992
Tanzania +255
Thailand +66
The Commonwealth of Dominica +1767
The Dominican Republic +1767
The Republic of Croatia +385
Togo +228
Tokelau +690
Tonga +676
Trinidad and Tobago +1868
Tristan da Cunha +290
Tunisia +216
Turkey +90
Turkmenistan +993
Turks and Caicos Islands +1649
Tuvalu +688
جزر الولايات المتحدة +0
Uganda +256
Ukraine +380
United Arab Emirates +971
Uruguay +598
US Virgin Islands +1340
Uzbekistan +998
Vanuatu +678
Vatican City State +379
Venezuela +58
Wallis and Futuna Islands +681
Western Sahara +210
Yemen +967
Zambia +260
Zimbabwe +263

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