INDUSTRIAL CERAMIC COMPONENTS MANUFACTURER
Ceramic Components Manufacturer
Industrial ceramics are engineered ceramic materials known for performing under extreme, corrosive conditions that conventional polymers and metals cannot withstand. They are used for a wide variety of engineering and manufacturing applications across a broad range of industries, exhibiting exceptional durability, stability, heat and wear resistance, strength, and dielectric insulation.
As a trusted ceramic parts manufacturer and custom ceramic supplier, the C-Mac International team brings over 100 years of combined industry experience. Our advanced ceramic component expertise and technical ceramic component manufacturing meet the unique demands of even the most complex and challenging applications.
C-Mac International specializes in the following types of industrial ceramic materials.
Alumina – Aluminum Oxide
Alumina (Al2O3) is an extremely hard, dense material that offers exceptional strength, good thermal conductivity, and resistance to corrosion, wear, and high temperatures (up to 1650 ºC). Its good dielectric properties make it an ideal material for sensitive electronics and environments involving corrosive chemicals and abrasive materials.
Common industrial applications for alumina ceramic parts include:
- Cutting Tools
- Pump Seals
- Substrates
- Gas Laser Tubes
- Refractory Anchors
- Heat Sinks
- Knife Sharpeners
- Temperature Sensors
Zirconia – Zirconium Oxide
Zirconia (ZrO2) is an extremely durable, hard material with high strength, flexibility, and low thermal conductivity. The material has a higher melting point than alumina and exhibits excellent corrosion resistance. Zirconia’s toughened structure can withstand mechanical stresses and differential pressure, making it an ideal material for applications that require wear resistance and longevity.
C-Mac International is a globally recognized zirconia ceramic components manufacturer, providing reliable parts for the following industrial applications:
- Ceramic knives
- Orthopedic joint replacements
- Oxygen sensors
- Piston rings
- Valve and pump seals
Yttria Partially Stabilized Zirconia
Yttria partially stabilized zirconia (3YZ) is zirconium dioxide stabilized with yttrium oxide (yttria). 3YZ is a strong, wear-resistant material with a cubic crystal structure. Common applications of this ceramic material are frac plug buttons, medical implants, electronics, and industrial wear parts.
Magnesia Partially Stabilized Zirconia
Magnesia partially stabilized zirconia (Mg-PSZ) is a transformation-toughened zirconia, with superior toughness, strength, and wear and corrosion resistance. It is a preferred choice for the following types of industrial applications:
Bushings
Industrial Tooling
Oil and Gas Downhole Tools
Pump and Valve Components
Wear Sleeves
Silicon Nitride – Si3N4
In comparison to other industrial ceramic materials, silicon nitride has higher thermal shock resistance, better chemical corrosion resistance, and the ability to maintain high mechanical strength at high temperatures. As a leading silicon nitride parts manufacturer, C-Mac International manufactures components for the following high-stress applications:
- Burner nozzles
- Automotive engine parts
- Hydraulic fracking or fracturing
- Metal forming dies
- Molten metal processing components
Boron Nitride
Boron Nitride ceramics have exceptional thermal conductivity, lubricity, and dielectric strength. It is also relatively easy to machine and form into precise, complex shapes for a variety of industrial applications, including:
Kiln Furniture
Semiconductors
Aerospace Seals
Heat Sinks
Crushable Ceramic Products
C-Mac International provides a broad range of crushable ceramics, including:
- Alumina
- Hafnia
- Magnesium Oxide
These products are highly engineered materials formed through dry pressing, slip casting, and extrusion processes. Crushable ceramics are found in cartridge heaters, mineral-insulated cable, thermocouples, crucibles, and more.
Ceramic Crucibles
C-Mac International supplies a broad range of ceramic crucibles made from durable materials, such as zirconia and alumina, to meet the demands of most industrial applications. Crucibles offer ultra-high purity and low to zero contamination, making them ideal for elevated temperatures and highly alkaline or acidic conditions.
Our high-quality, reliable crucibles are available in a wide selection of sizes and are used in the following high-temperature applications:
- Glass production
- Metalworking
- Microwave chambers
- Modern laboratory processes
- Pigment production
Steatite – Crystalline Magnesium Silicate
Steatite, or crystalline magnesium silicate, offers excellent electrical and mechanical properties. By manufacturing various Steatite grades in a broad range of extruded sizes, C-Mac International accommodates the needs of igniter and resistor manufacturers for demanding mechanical and electrical requirements.
Common applications for steatite ceramic material include:
Appliances
Ceramic Heaters
Lamp Bases
Relays and Resistors
Thermostats
Welding Equipment
Cordierite – Magnesium Aluminum Silicate
Cordierite ceramics exhibit low coefficients of thermal expansion that minimize shock, particularly during rapid temperature changes. The robust material is resistant to chemical attack and creep and can withstand acidic and alkali environments with minimal deformation at high temperatures.
C-Mac International manufactures several grades of cordierite with various levels of porosity to meet the demands of the following industrial ceramic applications:
- Ceramic thermocouples
- Dielectric materials for electronics
- Heat exchanger cores
- Kiln furniture
- Refractory supports
- Ceramic load banks
Industries
With over a century of combined experience in ceramics, C-Mac International has the expertise and capabilities to provide high-quality ceramic components for the following industries.
AerospaceIndustrial ceramic components for aviation and aerospace applications must be lightweight and able to absorb shock and vibrations often found in high-stress locations, such as aircraft engines.
Advanced ceramic components for aerospace applications must also exhibit chemical stability, high-temperature resistance (1,500 ºC – 1,600 ºC), and thermal protection to improve energy efficiency and reduce fuel consumption.
Common uses of ceramics for aerospace and defense applications include:
- Insulating tiles in space shuttles
- Jet engine components
- Missile nose cones
- Rocket exhaust cones
- Thermal barrier coatings (TBCs)
- Turbines
AutomotiveAutomotive industry ceramic components are widely used in a broad range of applications due to their durability, high-temperature resistance, and lightweight properties. At C-Mac International, we manufacture a wide selection of automotive ceramics and advanced automotive materials to meet the demands of the following applications:
- Catalytic converter supports
- Ceramic brake discs
- Exhaust systems
- Fuel injectors
- Sensors (oxygen, pressure, knock)
ChemicalChemical-resistant industrial ceramic parts are commonly used in the following demanding chemical and petrochemical applications due to their excellent resistance to corrosive environments:
- Bearings
- Chemical processing equipment
- Pipe linings
- Pump parts
- Valve systems and seals
ElectronicsWith extensive experience in manufacturing high-performance ceramics for the electronics industry, C-Mac International serves the requirements of the following applications:
- Capacitors
- Computers
- Ceramic insulators
- Microwaves
- Sensors
- Thin and thick film hybrid integrated circuits
- Thin and thick film ceramic substrates
Food & BeverageFood and beverage industry ceramic components feature excellent wear resistance and chemical inertness, capable of meeting the unique demands of proper food handling over a wide temperature range.
Common applications include:
- Beverage valve flow controls
- Coffee grinder burrs
- Can tooling
- Filtration systems
- Processing equipment
Industrial EquipmentCustom ceramic component manufacturing for industrial machinery and equipment offers a diverse range of benefits, including:
- Extended product life
- Lower operating costs
- Maximized efficiency
- Reduced equipment wear and tear
Our engineered ceramic parts are designed to meet corrosion, wear, and abrasion-resistant properties in their intended industrial equipment application.
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MedicalSince our company's inception in 2005, C-Mac International LLC has provided high-quality ceramic parts to the medical industry. With an in-depth understanding of industry regulations and the need for precision, our custom solutions meet the challenges of this demanding sector.
Common medical industry ceramic applications include:
- Dental implants
- Joint replacements
- Surgical instruments
- MRI scanners
NuclearNuclear power ceramic components are often used for structural parts due to their excellent hardness and wear resistance. Ceramics can withstand intense mechanical and thermal stresses due to their low activation, radiation resistance, chemical inertness, and high temperature resistance.
Other common applications include:
- Electrical components
- Fuel cladding
- Fusion reactors and insulators
- Neutron reflectors
Oil & GasC-Mac International LLC provides a wide selection of advanced ceramic components for oil & gas applications, such as:
- Bearings
- Compressors
- Pumps
- Seals
- Structural parts
- Frac plug buttons
We have extensive expertise in providing petrochemical ceramic components that can withstand some of the most extreme environmental and corrosive conditions, featuring excellent hardness, chemical and wear resistance, and thermal performance.
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Industrial Ceramic Manufacturing From C-Mac International
The experienced team of engineers at C-Mac International LLC provides custom-manufactured solutions for advanced ceramic components that address the specific requirements of a broad range of industrial applications. Our company is ISO 9001:2015 and NSF-certified, and our competitive advantages include competitive pricing, stocking and consignment programs, and quick quote turnarounds.
Contact us today to learn how our high-quality products and materials can meet your advanced ceramic component needs.