Zirconia Ceramic Positioning Pin
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Thermal Shock Resistance
Precision ceramic components such as zirconia ceramic positioning pins and dowel needles exhibit exceptional thermal shock resistance, maintaining stability during rapid temperature changes to reduce damage and fractures caused by thermal stress, ensuring long-term stable operation of equipment.
Corrosion Resistance
In chemical production and precision machining, exposure to corrosive media is common. Zirconia ceramic components demonstrate outstanding corrosion resistance, capable of prolonged use in harsh environments like strong acids and alkalis without degradation.
High Temperature Stability
Precision ceramic components require stable physical and mechanical performance in high-temperature environments. Zirconia ceramics exhibit excellent high temperature stability, allowing prolonged operation under high temperature conditions without deformation or damage.
Wear Resistance
Under conditions of high-speed rotation and heavy loads, precision ceramic components are prone to significant wear. Zirconia ceramics possess remarkable wear resistance, maintaining stable performance in high-friction and high-wear environments, thereby extending the lifespan of components.
Mechanical Assembly
Zirconia ceramic positioning pins and dowel needles play crucial roles in mechanical assembly by ensuring precise positioning and connection between parts, thereby enhancing assembly accuracy and product quality.
Welding Process
During welding processes that involve high temperature and pressure environments, zirconia ceramic positioning pins and dowel needles can withstand these conditions, ensuring the stability and safety of the welding process, thereby improving welding efficiency and quality.
Precision Machining
In precision machining, there is a high demand for the positioning and stability of parts. Zirconia ceramic positioning pins and dowel needles meet these requirements, ensuring the stability and consistency of machining accuracy and product quality.
Dongguan Haikun New Material Co., Ltd.
A global advanced precision ceramics (special ceramics) manufacturer, focusing on the development, design, production and sales of advanced precision ceramic products, covering zirconium oxide, aluminum oxide, silicon nitride and other materials, which are widely used in aviation, aerospace, military industry, medical and other fields
Comparison of ceramic material properties
Use our interactive ceramic material comparison chart to compare ceramic materials across different material properties.
Click the Property Button above to view the corresponding property comparison of precision ceramic materials
*The values in the table are typical material properties
Precision ceramic product customization process
Step 1
Contact us
Step 2
Technology Assessment
Step 3
Confirm the quotation
Step 4
Signing the contract
Step 5
Inspection and delivery
Step 6
Confirm Receipt