Hochentwickelte industrielle keramische Materiallösungen
Hochleistungskeramik mit hoher Temperaturbeständigkeit, Säure- und Laugenbeständigkeit und hoher Härte, die eine hervorragende Materialunterstützung für die High-End-Fertigung bietet
Moderne keramische Werkstoffe
Keramische Materialien
XYC is a leading manufacturer specializing in a comprehensive range of high-performance advanced ceramics, including: Zirconia, Magnesia Zirconia, Toughened Zirconia, Alumina, Silicon Nitride, Silicon Carbide.
We offer fully customized ceramic solutions tailored to your exact performance requirements, whether you need specific mechanical properties, thermal stability, or chemical resistance.
We also actively seek collaborative partnerships with universities and research institutions worldwide to drive innovation in advanced material science and develop next-generation ceramic technologies.
Toughened Zirconia
(ZrO₂)
High-Purity Alumina
(Al₂O₃)
Siliziumnitrid
(Si₃N₄)
Siliziumkarbid
(SiC)
Aluminum Nitride
(AlN)
Wolframkarbid
(WC)
Hochleistungs-Industriekeramik
The Material Solution for Your Toughest Engineering Challenges We specialize in R&D and production of high-performance advanced ceramic materials, delivering tailored solutions for aerospace, semiconductor, medical, precision manufacturing, and other cutting-edge industries. Our materials are engineered to solve your most complex problems, so you can build products that last longer, perform better, and outpace the competition.
Überblick über Hochleistungskeramik
Advanced ceramics are not your grandfather’s pottery. These are precision-engineered materials made with ultra-pure raw materials and state-of-the-art processes, offering performance far beyond traditional ceramics or even metals. They are the hidden workhorses behind today’s most innovative technologies, enabling breakthroughs where other materials fail. If your application demands reliability in extreme conditions, advanced ceramics are the answer.
Why Choose Our Advanced Ceramics?
- Extreme Durability: Resist high temperatures, corrosion, and wear far better than metals, cutting maintenance costs and extending product life.
- Unmatched Precision: Maintain dimensional stability even under extreme stress, ensuring consistent performance in critical applications.
- Superior Electrical & Thermal Performance: Combine excellent electrical insulation with high thermal conductivity, solving problems that metals cannot.
- Lightweight Strength: Reduce overall system weight without compromising on performance, ideal for aerospace and mobility applications.
Ready to upgrade your materials?
Let our engineering team help you find the perfect ceramic solution for your project.
Contact Our Engineering TeamAusgezeichnete Eigenschaften von Industriekeramik
Our industrial ceramic materials are the result of rigorous R&D and testing, delivering exceptional performance to meet the most demanding requirements of high-end industrial applications. They are engineered to solve your toughest challenges and give your products a competitive edge.
🔥 High Temperature Resistance
Maintains stable performance even in extreme high-temperature environments, eliminating the risk of failure in furnaces, aerospace components, and other high-heat applications.
🛡️ Resistance to Acid and Alkali Corrosion
Boasts exceptional chemical stability, resisting corrosion from acids, alkalis, and harsh chemicals. Extends equipment lifespan in petrochemical, pharmaceutical, and wastewater treatment systems.
💪 High Compressive Strength
Withstands extreme loads and high-pressure environments without structural deformation, making it ideal for high-precision machinery and hydraulic components.
⚡ Electrical Insulation
Provides superior electrical insulation while maintaining high thermal conductivity, critical for safe and efficient performance in power electronics and high-voltage equipment.
🌡️ Thermal Conductivity
Efficiently dissipates heat to prevent local overheating, protecting sensitive electronic components and ensuring reliable operation in LED substrates and semiconductor devices.
❄️ Thermal Shock Resistance
Maintains structural integrity even with rapid temperature fluctuations, perfect for applications like automotive sensors and industrial furnace components.
🧩 Adhesion Strength
Bonds firmly with metals, polymers, and other materials to enhance overall component performance, enabling innovative hybrid designs in aerospace and medical devices.
🔄 Thermal Cycling Capability
Delivers long-term stable performance in environments with repeated heating and cooling cycles, ensuring durability in automotive and aerospace systems.
Leistungsanforderungen der Industrie
We don’t just understand your industry’s needs—we engineer solutions that exceed them, delivering custom ceramic components to reduce downtime and boost your bottom line.
Fotovoltaik-Rolle
- The Solar Industry’s Most Reliable Calendering Solution
- Problem solved: Eliminates rapid wear, uneven calendering, and costly production delays of traditional rolls.
- Key benefits: Ultra-smooth finish for higher yield, 10x longer lifespan, even temperature control, and heavy-load stability.
- Result: Lower maintenance costs, higher throughput, and faster ROI.
Keramik-Vakuum-Spannvorrichtung
- The Semiconductor Industry’s Precision Workhorse
- Problem solved: Stops wafer damage from uneven vacuum force and poor flatness, which causes scrap and lost revenue.
- Key benefits: Critical for semiconductor processing, chemical/corrosion resistance, zero-damage handling, and industry-leading precision (0.002mm flatness, 0.003mm parallelism).
- Result: Fewer defects, higher efficiency, and greater manufacturing confidence.
Keramische Komponenten
- Precision Engineered for Demanding Applications
- Problem it solves: Traditional components wear out quickly, suffer from friction loss, and require frequent maintenance, leading to downtime and higher costs.
- Our advantage: Our advanced ceramic components deliver precision and durability that keep your operations running smoothly:
- Micron-level accuracy: Ensures precise guiding and alignment, eliminating errors in critical machinery.
- Exceptional wear resistance: Reduces friction loss and extends component lifespan, cutting replacement costs.
- Heavy-load capability: Withstands intense mold clamping forces without deformation, maintaining long-term stability.
- Low maintenance: Self-lubricating performance minimizes downtime and maintenance expenses, boosting your operational efficiency.
- Result: Lower operational costs, fewer production interruptions, and longer equipment lifespan.
Klassifizierungsrad
- The Ultimate Solution for Particle Separation
- Problem it solves: Metal classification wheels wear out quickly and introduce contamination, causing product defects and frequent replacements in sensitive processes like lithium battery production.
- Our advantage: Our pure ceramic classification wheel delivers unmatched performance and purity:
- Precise particle separation: Ensures consistent particle size control in jet mills and mechanical mills, improving downstream product quality.
- Ultra-durable: High hardness and wear resistance prevent premature wear, extending service life by up to 5x and reducing replacement costs.
- Surface precision: Precision treatment guarantees reliable separation performance and consistent product quality.
- Contamination-free: Made from pure ceramic, it eliminates metal debris, making it ideal for lithium battery cathode material processing and other contamination-sensitive applications.
- Result: Fewer product defects, higher process reliability, and compliance with strict purity standards.
Anwendungsbereiche von Industriekeramik
Our advanced industrial ceramics deliver proven performance, solving critical challenges across high-value manufacturing sectors worldwide.
🧪 Semiconductor & Electronics
- Solves: Contamination, heat, and corrosion issues in sensitive wafer processing.
- Use Cases: Wafer carriers, etching equipment parts, precision seals.
- Why Us: Ultra-high purity and thermal stability ensure zero defects in your production line.
🏥 Medical Devices
- Solves: Wear, corrosion, and biocompatibility risks in life-critical equipment.
- Use Cases: Surgical instruments, blood dialysis pumps, flow valves, implants.
- Why Us: Bioinert materials guarantee patient safety and long device lifespan.
⚡ New Energy
- Solves: Thermal runaway and insulation failures in EV batteries and hydrogen systems.
- Use Cases: Battery insulation components, semiconductor vacuum chucks, high-temperature hydrogen parts.
- Why Us: Superior thermal stability and electrical insulation protect your energy investments.
🛠️ Precision Manufacturing
- Solves: Wear and precision drift in high-performance machinery.
- Use Cases: Precision molds, ceramic bearings, cutting tools.
- Why Us: Micron-level accuracy and 10x longer lifespan reduce maintenance costs.
⛽ Petrochemical
- Solves: Corrosion and wear in harsh chemical environments.
- Use Cases: Valves, pumps, furnace linings.
- Why Us: Chemical resistance extends equipment life and cuts downtime.
🚀 Aerospace
- Solves: Weight, heat, and stress challenges in extreme flight conditions.
- Use Cases: Aero-engine parts, thermal protection systems, avionics components.
- Why Us: Lightweight, high-strength ceramics meet the most rigorous aerospace standards.
Klassifizierung von Hochleistungskeramikmaterialien
Our advanced ceramics are engineered for targeted performance, solving industry challenges to deliver measurable value across our core business sectors.
🏗️ Structural Ceramics
- Tonerde-Keramik: Solves rapid wear/corrosion in valves, pumps, and wear parts → 5-10x longer equipment life, lower maintenance costs. Ideal for petrochemical and precision manufacturing.
- Siliziumnitrid-Keramik: Solves thermal shock and mechanical failure in aerospace and engine components → Reliable performance in extreme conditions, mission-critical safety.
- Siliziumkarbid-Keramik: Solves poor heat dissipation and wear in cutting tools and heat sinks → Better heat management, longer tool life, higher productivity for semiconductor and new energy applications.
⚙️ Functional Ceramics
For specialized electrical, magnetic, and medical use:
- Elektronik-Keramik: Solves breakdown and signal loss in high-voltage electronics → Safe, reliable performance in power systems and 5G infrastructure.
- Magnetische Keramiken: Solves low sensitivity and interference in sensors → Precise, stable performance in automotive and industrial automation.
- Bio-Keramik: Solves rejection and wear in implants and medical devices → Patient safety, longer implant lifespan, fewer revisions for medical device customers.
Moderne keramische Werkstoffe
Keramisches Material
We manufacture and supply a comprehensive portfolio of advanced ceramics, including Zirconia, Magnesium Zirconate, Toughened Zirconia, Alumina, Silicon Nitride, Silicon Carbide, and colored ceramics. We also offer custom ceramic solutions tailored to your exact performance requirements, and welcome collaboration with universities and research institutions worldwide.
🎯 Zirconia (ZrO₂)
Key Benefit: High toughness and excellent thermal expansion performance
✅ Solves: Cracking and failure in high-shock applications
✅ Value: Ideal for medical instruments, new energy vehicle components, and precision tools, delivering durability and reliability.
🎯 Alumina (Al₂O₃)
Key Benefit: High hardness and excellent electrical insulation performance
✅ Solves: Electrical leakage and wear in high-voltage equipment
✅ Value: Perfect for semiconductor fixtures, electrical insulators, and industrial wear parts, ensuring safety and long service life.
🎯 Silicon Nitride (Si₃N₄)
Key Benefit: High hardness and excellent fracture toughness
✅ Solves: Thermal shock and mechanical failure in extreme environments
✅ Value: Critical for aerospace components, engine parts, and high-speed bearings, providing strength and stability under stress.
🎯 Silicon Carbide (SiC)
Key Benefit: Extremely high hardness and high thermal conductivity
✅ Solves: Poor heat dissipation and rapid wear in cutting tools and heat sinks
✅ Value: Essential for semiconductor heat sinks, cutting tools, and new energy systems, improving efficiency and productivity.
Anwendungsfälle
Anwendungsfall
Konkrete Anwendungsfälle von XYC-Keramikmaterialien in verschiedenen Branchen, die unsere technischen Stärken und Produktvorteile demonstrieren
Keramik Walze-Keramik Zwei-Walzen-Keramik Drei-Walzen
Precision Rolls123Ceramic Roller-ceramic Dual-roll-ceramic …
Keramische Pumpe und Ventilstößel
Keramische Ventilstößel und Ventilkörper Keramische Ventilstößel...
poröser Saugnapf Halbleiterausrüstung - Keramik-Vakuumspannvorrichtung
Halbleiter-Ausrüstung - Keramik-Vakuum-Spannvorrichtung Keramik-Vakuum...
Hochleistungskeramik
Hochleistungskeramik
Wafer-Handling-Finger
Produktmerkmale - Keramik-Roboterarme für die Halbleiterelektronik...
Industriekeramik-Produktserie
Wir bieten eine Vielzahl von keramischen Industrieprodukten an, die den besonderen Bedürfnissen und strengen Anforderungen der verschiedenen Branchen gerecht werden. Als neuartiges Material verfügt die Hochleistungskeramik über hervorragende physikalische und chemische Eigenschaften und spielt in der modernen Industrie eine immer wichtigere Rolle.
Pumpen und Ventile aus Keramik
Keramisches Flüssigkeitsventil
- Hergestellt aus gehärteten keramischen Strukturwerkstoffen, mit hoher mechanischer Festigkeit und langer Lebensdauer
- Mit Verschleißfestigkeit, Korrosionsbeständigkeit, hoher Temperaturbeständigkeit und chemischer Stabilität
- Gute Wärmedämmung und geringe Wärmeausdehnung
- Hohe Maßgenauigkeit des Produkts, Rundheit von 0,001 mm und gute Dichtungsleistung
- Grün und umweltfreundlich ohne Verschmutzung
Präzisionskeramikteile
Präzisionskeramikteile
- Toleranz bis zu ±0,002mm
- Kann zu Sonderformen verarbeitet werden, mit einem Verarbeitungsbereich von bis zu 250mm×200mm×200mm
- Präzision bis zu ±0,001mm, Oberflächengüte Ra0,08
Keramik-Formen
Keramische Formwerkzeugteile
- Hohe Temperaturbeständigkeit, Säure- und Laugenkorrosionsbeständigkeit, hohe Druckfestigkeit
- Mit guter elektrischer Isolierung, Wärmeleitfähigkeit und Temperaturwechselbeständigkeit
- Hervorragende Haftfestigkeit und Temperaturwechselfähigkeit
- Hohe Maßgenauigkeit des Produkts, Rundheit von 0,001 mm und gute Dichtungsleistung
- Grün und umweltfreundlich ohne Verschmutzung
Keramik-Rolle / Keramik-Zwei-Rolle / Keramik-Drei-Rolle
Keramikwalze/Keramik-Doppelwalze/Keramik-Dreiwalze
- Das Material hat eine hohe Härte, eine hohe Verschleißfestigkeit und ist nicht magnetisch und nicht leitend.
- Dank seiner sehr hohen thermischen Stabilität kann es seine Leistung auch bei hohen Arbeitstemperaturen beibehalten.
- Hohe Präzision, R-Präzision bis zu ±0,002 mm
- Rundlauf- und Rundheitsgenauigkeit bis zu ±0,002 mm
- Grün und umweltfreundlich, kann mehr als 30% an Energie bei der Umformung sparen
Halbleiter-Ausrüstungsteile
Halbleiter-Ausrüstungsteile
- Hervorragende Verschleißfestigkeit, Hochtemperaturbeständigkeit, Korrosionsbeständigkeit, Temperaturwechselbeständigkeit, Isolierung und andere Eigenschaften
- Überlegene Kostenleistung im Vergleich zu herkömmlichen Materialien
- besitzt eine Festigkeit und Bruchzähigkeit, die andere Materialien nicht erreichen können
- Geeignet für hochkorrosive und hochfeste Umgebungen
- Grün und umweltfreundlich
Zubehör für Pulverausrüstung
Zubehör für Pulverausrüstung
- Hohe Temperaturbeständigkeit, Säure- und Laugenkorrosionsbeständigkeit
- Hohe Härte und gute Verschleißfestigkeit
- Gute chemische Stabilität, nicht leicht mit Materialien zu reagieren
- Hohe Maßhaltigkeit der Produkte
- Grün und umweltfreundlich ohne Verschmutzung
Schweißerrolle
Schweißerrolle
- Das Produktmaterial hat eine hohe Härte, eine hohe Temperaturbeständigkeit und eine gute Temperaturwechselbeständigkeit.
- Hohe Biege- und Druckfestigkeit
- Genauigkeit des Oberflächenprofils bis zu 0,01
- Oberflächengüte bis zu Ra0,02
Kontakt
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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