Silicon carbide ceramic guide shaft support

High temperature stability‌: High melting point, can work stably in environments above 200°C.

Mechanical properties‌: high hardness (Mohs hardness ≥ 9.5) and mechanical strength.

Corrosion resistance‌: Resistant to acid, alkali and various chemical media erosion.

Thermal properties‌: high thermal conductivity (4.9 W/cm·K) and low thermal expansion coefficient.

Lightweight‌: Density is about 3.2 g/cm³, lighter than metal materials.

Overview
Specification
FAQ

Ⅰ.

Silicon carbide ceramic guide shaft support product introduction:

Silicon carbide guide shaft support is a mechanical support component made of silicon carbide (SiC) material. It is mainly used to fix and support the guide shaft and bear related loads. In the field of industrial automation, it is often used in conjunction with guide shafts (linear shafts), linear bearings, etc. to form a linear guide mechanism, which is widely used in testing equipment, transfer grabbing devices, and precision positioning systems.


Ⅱ.

Product features:

The silicon carbide guide shaft support has the following significant structural characteristics:

1. High thermal conductivity: The thermal conductivity reaches 140-221.1 W/(m·K), which can quickly conduct frictional heat and avoid heat accumulation.

2. Low thermal expansion‌: The thermal expansion coefficient is about 4.4×10⁻⁶/℃, and the structure is stable under temperature fluctuations.

3. High hardness: Mohs hardness ≥9.5, strong wear resistance.

4. Chemical inertness‌: It shows excellent chemical stability in vacuum or inert atmosphere.

5. Precision machining‌: Micron-level dimensional accuracy control can be achieved through diamond grinding.



Ⅰ.Application areas

Silicon carbide guide shaft supports are mainly used in the following harsh working conditions:

Application areas

specific scene

Advantages reflected

Chemical industry

Strong acid/alkali environment, corrosive fluid handling

Excellent chemical resistance

High temperature environment

Metallurgical equipment, ceramic production, energy systems

1600℃ high temperature stability

High wear conditions

Mortar pumps, mining machinery

Super wear resistance

Precision machinery

Semiconductor manufacturing equipment and testing instruments

High dimensional accuracy and thermal stability

special environment

Nuclear facilities, aerospace equipment

Outstanding radiation resistance

Supports custom specifications.

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