Precision Ceramic Parts Product

Here, you’ll find a variety of precision structural ceramic parts. Precision structural ceramics play a crucial role in various applications due to their high strength, excellent wear resistance, and chemical stability. Whether used in aerospace for bearings and pneumatic seals or in industries like chemical and automotive, our products cover a wide range of uses and applications. We are committed to providing high-quality, high-performance precision structural ceramic parts that meet evolving customer needs and contribute to industry advancement. Whether you’re a manufacturer, engineer, or researcher, we look forward to collaborating with you to drive innovation and development in precision structural ceramic parts, creating greater value for our customers.

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heating furnace spiral ceramic base

Round alumina ceramic heating plate

This alumina ceramic heating plate, with its exceptional thermal stability and high temperature resistance, is essential for high-temperature industrial applications. Its spiral design enhances heat distribution, and strategically placed holes ensure uniform heating across the surface.
ceramic structural component

Sandblasting Machine Zirconia Ceramic Rotor

Custom zirconia ceramic rotor designed for sandblasting machines, featuring multiple through-holes and a central threaded hole for easy installation and secure attachment to the drive shaft. Zirconia's mechanical properties ensure durability under high loads and speeds, with minimal wear for extended service life.
zirconia ceramic cutting blade

Zirconia ceramic cutting blade

Custom zirconia ceramic cutting blade designed for precise cutting of lithium battery separators. Known for its exceptional hardness and wear resistance, this blade maintains sharpness for extended cutting performance. Featuring multiple holes and precise mounting points, it ensures stable and precise alignment during high-speed operations.
ceramic step shaft

Custom zirconia ceramic shaft cores

Custom zirconia (ZrO2) ceramic shaft cores, also known as ceramic step shafts, locating pins, or plungers. Featuring a multi-step design for precise positioning and securing in machinery, ideal for applications requiring accurate motion control like precision instruments, medical devices, or high-precision electronics.
ceramic valve sleeve for faucet rotation

Customized Zirconia Ceramic Pump Valve Core Components

Zirconia (ZrO2) ceramic pump valve cores, also known as rotating ceramic valve sleeves for faucets, designed for fluid control systems in pumps and faucets. These ceramic valve sleeves are crucial for water flow control applications, offering durability and performance in long-term exposure to water and chemicals.
customized zirconia ceramic special-shaped tube

Customized Zirconia Ceramic Special-shaped Tubes

Customized zirconia (ZrO2) ceramic special-shaped tubes, also known as industrial ceramic threaded connecting tubes. Designed with precision threads for mechanical systems, these ceramic tubes ensure high-quality sealing and structural integrity. Their smooth surfaces reduce friction, optimizing fluid or gas flow efficiency.
alumina ceramic components

Alumina ceramic components and parts

Precision alumina (Al2O3) ceramic components for semiconductor, aerospace, medical, and precision machinery industries. They offer high load capacity, wear resistance, and chemical corrosion resistance.
alumina ceramic custom-shaped part

Custom Alumina Ceramic Shapes

Custom-shaped ceramic components for non-metallic fastening solutions, providing electrical/thermal insulation and chemical corrosion resistance. Threaded designs for secure installation in mechanical systems, compatible with bolts and screws.
textile zirconia ceramic component

Customized Zirconia Ceramic Components for Textiles

Customized zirconia (ZrO2) ceramic components for textile machinery, known as abrasion-resistant ceramic wire ducts or corner guards. Designed to guide and protect fibers or wires, these ceramics reduce friction and wear in textile production. Their smooth surfaces enhance textile quality and minimize material breakage.

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