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
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.
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.
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.
Siliziumkarbid (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.
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.
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.
Halbleiter-Keramik-Produktkoffer
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.
Aluminum Nitride (AlN) Ceramic Precision Structural Components | High-Thermal-Conductivity Insulating Parts for Electronic & Semiconductor Equipment (Precision Equipment Industry)
This series of high-purity aluminum nitride (AlN) ceramic structural components...
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Alumina Ceramic Microporous Vacuum Chuck | Semiconductor Wafer & Chip Handling Component | Semiconductor Industry
This high-performance alumina ceramic microporous vacuum chuck is engineered for...
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Alumina Ceramic Wafer Chuck & Handling Arm | Precision Semiconductor Manufacturing Component | Semiconductor Industry
This high-precision alumina ceramic wafer chuck and handling arm is...
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Wenn Sie weitere Informationen über Werkstoffe für Präzisionsinstrumente oder kundenspezifische Anforderungen wünschen, füllen Sie bitte das nachstehende Formular aus. Unser professionelles Team wird sich dann so schnell wie möglich mit Ihnen in Verbindung setzen.
Adresse des Unternehmens
Nr. 28, Xiangkou Road, Huangnitang Industrial Park, Changping Town, Dongguan City, Guangdong, China
Kontakt Telefon
+86-769-83939973
E-Mail Adresse
mag2@xycarbide.com
Arbeitszeiten
Montag bis Freitag: 9:00 - 18:00
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