Why Advanced Ceramics

Advanced technical ceramics are an excellent alternative, where other traditional materials reach their

1.Hardness
1.Hardness

‌Technical ceramics are typically harder than many other materials, which makes them resistant to abrasion and scratches. They are better able to resist local plastic deformation and cutting.This makes them suitable for applications where durability over time is required. They are suitable for manufacturing parts with a higher degree of wear.

2.Electrical Insulation
2.Electrical Insulation

Electrical insulation materials ensure personal safety, reduce potential electrical fire hazards, ensure the normal operation of electrical equipment, improve equipment running stability, environmental protection and energy saving.Technical ceramics can be an excellent electrical insulator, which makes it used in electrical engineering.

3.Working Temperature
3.Working Temperature

Technical ceramics can function in situations where no metal (or nearly any other material) can maintain structural stability and mechanical properties. Some ceramics can operate in temperatures in excess of 2000°C, putting them in a class of their own as ultra-high-temperature materials. This is useful in applications where extreme heat conditions occur. These ceramics have proven to be invaluable in high-temperature applications like engines, turbines, and bearings where they have increased the lifespan, performance, and efficiency.

4.Light weight
4.Light weight

Technical ceramics are typically lightweight compared to metal, which can be beneficial for applications where weight is an important factor.

5.Wear Resistance
5.Wear Resistance

Because the high wear-resistant material has a long service life and is not easy to damage, the frequency of maintenance and replacement is reduced, which reduces the maintenance cost and time, and improves the production efficiency and economic benefits.

6.Corrosion Resistance
6.Corrosion Resistance

Depending on the chemical composition, technical ceramics can be resistant to corrosion, which is important for applications in chemically aggressive environments.Some types of technical ceramics are resistant to aggressive chemicals. This makes them used in the chemical industry and processes where aggressive chemicals are present.

Why Advanced Ceramics

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Advanced technical ceramics are an excellent alternative, where other traditional materials reach their

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Advanced technical ceramics are an excellent alternative, where other traditional materials reach their

  • Alumina ceramic high temperature crucible High purity alumina ceramic crucible

    Alumina Ceramic crucibles is suitable for calcinating and melting various alloys, ashing, sintering and many other high temperature applications. The main quality of a crucible is its ability to withstand temperatures above the melting temperatures of the alloys deposited by metallurgists without altering or polluting the molten metal. In some cases, when a crucible is brought to these very high temperatures, it must be strong enough to withstand being moved for the casting of parts. MATERIAL : AI2O3 DENSITY  : 3.8 COLOR  : White / Ivory HARDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1750

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  • Alumina ceramic insulating substrate High purity alumina ceramic copper-coated insulating substrate

    The Aluminum oxide (Al2o3 ) ceramic substrate is widely used in thick-film circuit of electronics industry. Large scale integrated circuit,power hytrid IC,semiconductor package,pieced -film reistor, network,resistor, focusing potentiometer etc.According to the demands of customers,our company can manufacture products of special types and specifications. MATERIAL : AI2O3 DENSITY  : 3.8 COLOR  : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650

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  • Stainless steel zirconia ceramic filling pump Stainless steel zirconia ceramic filling pump

    Zirconia ceramic pump has the characteristics of high measurement accuracy, easy operation, disassembly, installation, disinfection and cleaning. Using the characteristics of ceramic acid and alkali resistance, high temperature resistance and wear resistance, the filling capacity of ceramic pump can be durable and stable, that is, it is not easy to get stuck in hot and cold conditions, and the service life is greatly improved compared with stainless steel pumps. MATERIAL  : Ceramic / Stainless Steel DENSITY  : N/A COLOR  : Ivory / White

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  • Zirconia ceramic plunger sleeve Zirconia ceramic plunger sleeve

    Zirconia ceramics have high melting point, high hardness, high strength, high toughness, wear resistance, corrosion resistance, high temperature resistance and other excellent properties ‌. Its melting point is as high as 2715℃, which is one of the highest melting point materials known in oxides, and it can still maintain good chemical stability at high temperatures, and does not react with most acids and bases. The Mohs hardness of zirconia is 6.5-7.5, second only to diamond and silicon carbide, and has excellent wear resistance. MATERIAL : ZrO2 DENSITY  : 6 COLOR  : Black / White HRDNESS(Mohs scale) : 8.8 BENDING STRENGTH  : 1200 MAX WORKING TEMPERATURE : 1050

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  • Alumina ceramic rod Aluminum Oxide Alumina Ceramic Rod

    Alumina ceramic rods, composed primarily of high-purity aluminum oxide (Al2O3), are essential components across multiple industries due to their remarkable mechanical, thermal, and electrical properties. These rods are celebrated for their extreme hardness, high flexural strength, excellent thermal stability, and superior electrical insulation, making them indispensable in applications ranging from electronics and aerospace to healthcare and high-temperature industrial processes. Their exceptional durability allows them to perform reliably in demanding environments, ensuring longevity and efficiency in various applications, including integrated circuits, engine components, and medical implants. MATERIAL : AI2O3 DENSITY  : 3.8 COLOR  : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650

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  • Aluminum oxide laser ceramics Aluminum oxide laser ceramics

    ‌ Alumina laser ceramics ‌ is a kind of aluminum oxide (Al2O3) as the main raw material, the content of more than 75% of the ceramic material, with high mechanical strength, high hardness, good insulation properties, heat shock resistance and chemical erosion resistance. Its main crystal phase is α-Al2O3, has good adhesion to metal, and is a ceramic substrate material with good comprehensive properties ‌ MATERIAL : AI2O3 DENSITY  : 3.8 COLOR  : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650

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  • ceramic art blades Zirconia ceramic art blades

    Zirconia ceramic blade ‌ is a new type of blade made by high-tech nanotechnology, which has the characteristics of high hardness, high density, high temperature resistance, magnetization and oxidation resistance. The production process involves using zirconia and alumina powder pressed under a weight of 300 tons to make a knife blank, which is then sintered at 2,000 degrees Celsius. MATERIAL : ZrO2 DENSITY  : 6 COLOR  : Black / White HRDNESS(Mohs scale) : 8.8 Bending Strength : 1200 MAX WORKING TEMPERATURE : 1050

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  • Alumina ceramic sheet Alumina ceramic shaped sheet

    Alumina ceramic shaped sheet is a kind of alumina (Al2O3) as the main raw material ‌, with high hardness, high thermal conductivity, corrosion resistance and good mechanical strength and other characteristics. Alumina ceramic shaped sheet is usually made by high temperature roasting, has excellent physical and chemical properties, widely used in various industrial fields ‌. Customize various products, please contact us. MATERIAL : AI2O3 DENSITY  : 3.8 COLOR  : White / Ivory HRDNESS(Mohs scale) : 9 MAX WORKING TEMPERATURE : 1650

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Latest News

  • The difference between high aluminum porcelain and low aluminum porcelain

    01

    Mar
    The difference between high aluminum porcelain and low aluminum porcelain
    1. Alumina content High aluminum porcelain: alumina content is usually more than 75%, common 85%, 95%, 99% and other high purity ceramics. Low aluminum porcelain: alumina content is usually between 30% and 75%, common 45%, 60% and so on.   2. Physical properties hardness   High aluminum porcelain: higher hardness, better wear resistance. Low aluminum porcelain: low hardness, relatively poor wear resistance.   density   High aluminum porcelain: higher density, more dense structure. Low aluminum porcelain: low density, relatively loose structure.   intensity   High aluminum porcelain: higher mechanical strength, better bending strength and compressive strength. Low aluminum porcelain: low mechanical strength.   3. Thermal performance High temperature resistance   High aluminum porcelain: excellent high temperature resistance, can be used in high temperature environment above 1600℃. Low aluminum porcelain: poor high temperature resistance, usually suitable for 1200℃ below the environment.   Thermal shock stability   High aluminum porcelain: thermal shock stability is better, but not as good as low aluminum porcelain. Low aluminum porcelain: better thermal shock stability, suitable for large temperature change environment.   4. Electrical properties insulativity   High aluminum porcelain: excellent electrical insulation, suitable for high frequency, high pressure environment. Low aluminum porcelain: electrical insulation performance is better, but not as good as high aluminum porcelain.   5. Chemical properties Corrosion resistance   High aluminum porcelain: acid, alkali corrosion resistance is stronger. Low aluminum porcelain: poor corrosion resistance, but in the general environment can still meet the demand.   6. Processing performance Processing difficulty   High aluminum porcelain: high hardness, difficult processing, high cost. Low aluminum porcelain: processing is relatively easy and the cost is low.   7. Cost High aluminum porcelain: high raw material purity, complex production process, high cost. Low aluminum porcelain: raw material purity is low, the production process is simple, and the cost is low.   8. Application field High alumina porcelain Electronics industry: insulators, substrates, packaging materials. Machinery industry: wear-resistant parts, cutting tools. Chemical industry: corrosion resistant pump valve, reactor lining. Aerospace: High-temperature components, thermal protection materials. Low-alumina porcelain Construction industry: ceramic tile, sanitary ware. Daily necessities: tableware, decorations. General industry: refractory materials, insulation parts.
  • Advantages and disadvantages of various ceramic materials

    21

    Jan
    Advantages and disadvantages of various ceramic materials
    Alumina ceramics: (white/ivory) 20W (thermal conductivity) The higher the purity, the better the insulation performance Advantages: Good insulation, thermal conductivity and corrosion resistance, suitable for high temperature, high pressure and chemical corrosion environment. Disadvantages: relatively brittle, easy to be damaged by impact, difficult to process, high cost. Although alumina ceramic substrate has a large output and is widely used, its thermal conductivity is higher than that of monocrystalline silicon, and the application of high frequency, high power and very large scale integrated circuits is limited.   Zirconia ceramics: (white/black) 2-3W Advantages: With high hardness, high toughness, wear resistance and corrosion resistance, suitable for high temperature and chemical corrosion environment. Disadvantages: high cost, easy to be affected by thermal shock, difficult to process, not suitable for high temperature impact environment.   Silicon Carbide ceramics: (gray-black/yellow-green) 20W Advantages: With high hardness, high thermal conductivity and excellent high temperature resistance, it can operate stably in extreme environments. Disadvantages: relatively brittle, easy to be affected by stress resulting in fracture, difficult to process, high cost.   Silicon nitride ceramics: (black/blue/white) 20-80W theory can reach 400W Advantages: High hardness, withstand greater force and wear, stronger durability, high corrosion resistance, high temperature stability, excellent wear resistance, ultra-low expansion coefficient, good thermal conductivity. Disadvantages: high cost, difficult processing, brittle, not easy to manufacture large size silicon nitride ceramic parts
  • Holiday Schedule in 2025

    31

    Dec
    Holiday Schedule in 2025
    China has 7 public holidays every year, which are enjoyed by all people: New Year’s Day, Spring Festival (Lunar New Year), Qingming Festival (Qingming Festival), Labor Day, Dragon Boat Festival, Mid-Autumn Festival and National Day (Golden Week). Spring Festival is the biggest festival in China.   Public Holidays Public Holiday Dates Our Office Will Be Closed Dates Duration New Year’s Day January 1, 2025 – January 1 January 1, 2025 – January 1 1 day Chinese New Year January 28, 2025 – February 04 January 28, 2025 – February 04 8 days Tomb-Sweeping Day April 4 – April 6, 2025 April 4 – April 6, 2025 3 days Labor Day May 1 – May 5, 2025 May 1 – May 5, 2025 5 days Dragon Boat Festival May 31 – June 2, 2025 May 2, 2025 31 – June 2 3 days Mid-Autumn Festival + National Day October 1 to October 8, 2025 October 1 to October 8, 2025 8 days    
  • Industrial ceramic materials are mainly divided into the following five types

    27

    Dec
    Industrial ceramic materials are mainly divided into the following five types
    ‌   Oxide Ceramics ‌ : including alumina ceramics, zirconia ceramics, lithium oxide ceramics and so on. Alumina ceramics have the characteristics of high hardness, wear resistance, corrosion resistance and high temperature resistance, and are widely used in electronic, mechanical and chemical industries. Zirconia ceramics, because of its excellent wear resistance, chemical corrosion resistance and high toughness, are often used in the manufacture of high-precision parts such as tools and bearings.  ‌  Nitride Ceramics ‌ : mainly including silicon nitride ceramics, aluminum nitride ceramics and so on. Silicon nitride ceramics have super hard, wear resistance and oxidation resistance, and are often used in the manufacture of high temperature strength parts such as bearings and gas turbine blades. Aluminum nitride ceramics are suitable for electronic packaging and thermal management ‌12 because of their high strength and high temperature resistance. ‌   Carbide Ceramics ‌ : such as silicon carbide ceramics, titanium carbide ceramics and so on. Silicon carbide ceramics are known for their high strength, high wear resistance and high heat conductivity, and are often used in high temperature sintered materials and high temperature parts manufacturing. ‌   Boride Ceramics ‌ : mainly including titanium boride ceramics and so on. This type of ceramic material has high hardness, high temperature resistance and corrosion resistance, and is suitable for the manufacture of components in high temperature environments.    Other Special ceramics ‌ : such as glass ceramics, metal ceramics and so on. Glass ceramics have excellent heat and corrosion resistance and are commonly used in optical and electronic fields. Cermet combines the advantages of metals and ceramics and is suitable for high performance structural materials and tool manufacturing.

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