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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Aluminum Nitride Ceramic Structural Parts

Aluminum Nitride (AlN) Ceramic Structural Parts offer precise perforation for mechanical support, electrical insulation, and thermal management enhancement in precision applications.

BN Boron Nitride Ceramic Structural Parts

Explore boron nitride ceramic tube sleeves with precise dimensions and smooth surfaces for machinery. Their high melting point and thermal shock stability ensure reliable performance in high temperatures, resisting cracking and deformation.

Macor Ceramic Parts/Washer

Machinable ceramic Parts are a type of advanced ceramic material with excellent machining properties. They can be cut, drilled, milled, etc. on conventional machining equipment (such as CNC, lathes, and drilling machines) without the need for special diamond tools. They are widely used in precision electronics, semiconductors, medical and high-temperature insulation fields.

Machinable Ceramic Parts

Machinable ceramic Parts are a type of advanced ceramic material with excellent machining properties. They can be cut, drilled, milled, etc. on conventional machining equipment (such as CNC, lathes, and drilling machines) without the need for special diamond tools. They are widely used in precision electronics, semiconductors, medical and high-temperature insulation fields.

Macor Ceramic Parts

Machinable ceramic Parts are a type of advanced ceramic material with excellent machining properties. They can be cut, drilled, milled, etc. on conventional machining equipment (such as CNC, lathes, and drilling machines) without the need for special diamond tools. They are widely used in precision electronics, semiconductors, medical and high-temperature insulation fields.

Macor Ceramic Gasket

Machinable ceramic ring are a type of advanced ceramic material with excellent machining properties. They can be cut, drilled, milled, etc. on conventional machining equipment (such as CNC, lathes, and drilling machines) without the need for special diamond tools. They are widely used in precision electronics, semiconductors, medical and high-temperature insulation fields.

High Temperature Silicon Nitride Ceramics

Our silicon nitride ceramic sealing rings are made of 99% high-purity Si₃N₄ material and are formed by hot pressing and sintering. They have super corrosion resistance (resistance to HF acid and molten aluminum) and high temperature resistance (continuous operation at 1200°C). They have a 50% longer service life than traditional silicon carbide sealing rings and are widely used in chemical pumps and nuclear reactor cooling systems. We support non-standard customization and provide 3D drawing optimization services, with a delivery cycle as fast as 7 days!
MACOR ceramic components

Macor Ceramic Structural Components

Discover Macor ceramic fittings with intricate geometries and multiple mounting holes, ideal for precise machinery. Machinable like metal, Macor simplifies complex ceramic part design and production with conventional tools.
Silicon nitride ceramic positioning block

Silicon Nitride Ceramic Locating Block

Explore precise silicon nitride ceramic locating blocks for secure positioning and guidance in industrial applications. Their high hardness and strength ensure stability and longevity under pressure and friction.

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