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Precision Ceramic Parts

Precision Ceramic Parts

Touch-Down produced precision ceramic parts feature good structural strength, high temperature resistance, good accuracy.

Precision Ceramic

Precision Ceramic

Touch-Down boasts a group of excellent engineers in the special-shaped ceramic processing projects.


Ceramic Tube | Advanced Ceramics Manufacturing - Touch-Down

Touch-Down is one of the prime ceramic components | ceramic parts manufacturers since 1997. High-quality aluminum oxide, zirconium oxide, SiC, SI₃N₄, SIO₂ ceramic materials for your advanced ceramics manufacturing such as porous ceramic, ceramic tube, ceramic nuts and bolts and ceramic ring gauge & jig, etc.

ISO 9001 certified and one-stop production, Touch-Down's precision ceramics are compact, high in purity with accuracy. Whether it's prototyping, ceramic forming, precision finishing & machining, Touch-Down's ceramic components are produced within 0.0001 - 0.0003mm tolerance accuracy, as well as meeting Japanese standards.

Touch-Down has been selling advanced ceramics to US, Europe and Australia for over two decades since 1997. Both with advanced technology and 30 years of experience, Touch-Down ensures each customer's demands are met.

Silicon Carbide (SiC) applied to ceramic product

Silicon Carbide (SiC) Precision Ceramic Processing
Silicon Carbide (SiC) Precision Ceramic Processing

Silicon carbide (SiC) features hardness second only to diamond and boron carbide and possesses high wear resistance, thus it's used for sliding parts (mechanical seals, etc.).
In addition, it enjoys a high Young modulus and a small coefficient of thermal expansion, thus it's used for components (optical parts, substrates, etc.) that require high precision.
Because it is a dense sintered body, it can be mirror-finished. It features high temperature resistance of over 1400°C and heat shock resistance with excellent chemical stability.
It can be made into SiC glove, SiC sheath, sheet products and thick-walled products.
Processed high purity SiC (high purity SiC) materials of DCG are often used as semiconductor manufacturing equipment parts.

Silicon carbide (SiC) Precision Ceramic Processing:
Silicon carbide (SiC) materials have higher mechanical strength than synthetic alumina and silicon nitride materials, especially in terms of high temperature resistance, wear resistance and corrosion resistance.

Main Features:
- Better wear resistance.
- Better corrosion resistance.
- Excellent oxidation resistance.
- High thermal conductivity, good thermal conductivity.
- Consistent strength under high-temperature environment.
- High thermal conductivity, good thermal conductivity.

- Grinder wear parts.
- Ceramic bearings, heat exchangers.
- Chemical pump parts, various nozzles.
- High-temperature cutting tools, fire-resistant board.
- Mechanical wear parts.
- Steel reduction materials, arresters.
- Other semiconductor manufacturing spare parts.

Silicon Carbide (SiC) Characteristics
General CharacteristicsPurity of main components (wt%)97
Density (g/cm³)3.1
Water absorption (%)0
Mechanical CharacteristicsFlexural strength (MPa)400
Young modulus (GPa)400
Vickers hardness (GPa)20
Thermal CharacteristicsMaximum operating temperature (°C)1600
Thermal expansion coefficient
(1/°C x 10-6)
Thermal conductivity (W/m x K)130 110
Thermal shock resistance ΔT (°C)300
Electrical CharacteristicsVolume resistivity25°C3 x 106
Dielectric constant10GHz-
Dielectric loss (x 10-4)-
Q Factor (x 104)-
Dielectric breakdown voltage (KV/mm)-