Processing & Material Capabilities

We are equipped with an industry-leading cluster of processing equipment, integrating R&D, sintering, and machining, to ensure 0.005mm-level ultra-precision quality and stable mass production delivery.

Core Processing Equipment Advanced Materials Portfolio

Core Processing Equipment

We maintain an industry-leading fleet of advanced processing equipment, covering the entire production cycle of high-performance ceramics. This comprehensive setup enables us to deliver fully customized solutions to meet the diverse needs of our global clientele.

5-axis CNC Machining Centers

Achieve integrated, one-stop machining of complex ceramic components, ensuring both exceptional precision and production efficiency.

Pressure/Vacuum Sintering Furnaces

Adapt to the sintering requirements of various ceramic materials, significantly enhancing material density and overall performance.

Optical Curve Grinding Machines

Meet micron-level dimensional accuracy standards and ensure consistent sizing across all precision ceramic components.

Mirror EDM Machines

Deliver a mirror-like surface finish on ceramic parts, ideal for high-end precision applications where surface quality is critical.

Advanced Materials Portfolio

High-performance Advanced Ceramic & Tungsten Carbide Materials

We offer a full range of high-performance advanced ceramic and tungsten carbide materials, with complete specifications and stable performance. These materials are widely used in semiconductor, new energy vehicle, aerospace, medical, and other high-end industries. Our company can customize special-performance ceramics according to your requirements. We also sincerely welcome universities and research institutes to cooperate with us.

Toughened Zirconia (ZrO₂)

Core Benefits: Exceptional wear resistance, superior electrical insulation, and excellent biocompatibility.
Target Applications: New energy vehicle battery insulation components, medical surgical instruments, and food-grade cutting tools.

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High-Purity Alumina (Al₂O₃)

Core Benefits: Outstanding high-temperature resistance (≤1700°C), strong corrosion resistance, and reliable mechanical strength.
Target Applications: Semiconductor chip heat dissipation fixtures, petrochemical corrosion-resistant valves, and industrial wear parts.

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Silicon Nitride (Si₃N₄)

Core Benefits: High structural strength, excellent thermal shock resistance (-50°C~1200°C), and low-friction lubricity.
Target Applications: Aerospace sensors, new energy vehicle powertrain components, and high-speed mechanical parts.

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실리콘 카바이드(SiC)

Core Benefits: Ultra-high temperature resistance (≤1600°C), high thermal conductivity, and strong oxidation resistance.
Target Applications: High-power electronic component heat dissipation parts, industrial high-temperature furnace cores, and petrochemical equipment.

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Aluminum Nitride (AlN)

Core Benefits: Excellent electrical insulation and high thermal conductivity (≥180W/m·K).
Target Applications: Semiconductor chip heat dissipation substrates, 5G communication equipment thermal conductive parts, and electronic packaging components.

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Tungsten Carbide (WC)

Core Benefits: Ultra-high hardness (HRA86-93), extreme wear resistance, and stable performance at high temperatures (hardness retained at 500°C).
Target Applications: Precision cutting tools, petrochemical valves, cold work molds, geological exploration bits, and industrial wear-resistant structural parts.

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반도체 세라믹 제품 사례

Discover our specialized ceramic solutions built for the semiconductor industry. Each product is precision-engineered to solve your toughest challenges, delivering reliability and performance across a wide range of critical applications.