Industrial Alumina Ceramics

Industrial Alumina Ceramics: High-Performance Solutions for Demanding ApplicationsIn the rapidly evolving landscape of industrial ceramics, alumina (Al₂O₃) ceramics stand out as a cornerstone material due to their exceptional mechanical, thermal, and electrical...

96% Alumina Ceramic Substrate

96% Alumina Ceramic Substrate:Properties, Applications, and Market Trends in Industrial Ceramics Introduction 96% alumina ceramic substrate, a high-performance material renowned for its thermal stability, electrical insulation, and mechanical strength, has become...

95% Alumina Ceramic vs. 99% Alumina Ceramic: How to Choose the Best Material for Your Application

In the field of industrial ceramics, 95% alumina ceramic and 99% alumina ceramic are two of the most commonly used materials. Both exhibit excellent mechanical strength, high-temperature resistance, corrosion resistance, and electrical insulation properties, making...

The reason why alumina ceramic lining is wear-resistant and impact-resistant

There are many thickness specifications and sizes of wear-resistant ceramic linings. There are three main types that are often used: 10*10, 17.5*17.5, and 20*20. The thinnest is 3mm and the thickest is 20mm. Generally, the appropriate size is selected according to...

Keramische structurele onderdelen Processtroom

Als opkomend product hebben keramische constructiedelen hoge thermische en chemische eigenschappen, zoals weerstand tegen hoge temperaturen, corrosiebestendigheid, oxidatiebestendigheid en hoge hardheid van geavanceerde keramiek. De keramische structurele onderdelen geproduceerd door ons bedrijf...

Zirkoonoxide keramiek

1. Hoge hardheid. Met een hardheid van 86HRC, kan het worden gemaakt in koud vervormen gereedschappen, vormen mallen, draadtrekken sterft, snijgereedschappen, etc 2. Hoge sterkte en goede taaiheid. De buigsterkte bij kamertemperatuur kan oplopen tot 2100MPa, en 1190MPa bij 1000℃. De beste...

Wat is het verschil tussen 96% en 99% aluminiumoxide in keramische printplaten?

Bij het ontwerpen van hoogwaardige elektronische apparaten is aluminiumoxide (Al2O3) de eerste keuze geworden voor keramische printplaten (PCB's) vanwege de uitstekende thermo-elektrische eigenschappen. Maar niet alle aluminiumoxide is hetzelfde! In dit artikel zullen we het verschil...

Over aluminiumtitanaat vuurvast

Aluminiumtitanaat keramiek 1. De invloed van additieven op de structuur en eigenschappen van aluminiumtitanaat vuurvast: Aluminiumtitanaat vuurvastVoordelen: hoog smeltpunt, lage expansie, enz. Nadelen: lage sterkte, gemakkelijk te ontleden,...

Over het stootbord

Aluminiumtitanaatkeramiek heeft niet alleen een hoog smeltpunt (1860 °C) en een lage thermische uitzettingscoëfficiënt (α≤2,0×10-6/K), maar heeft ook de eigenschap niet bevochtigd te worden door veel non-ferrometaalsmelten zoals aluminium. Daarom zijn ze een uitstekend materiaal voor de productie van stijgbuizen voor aluminiumgieten.

Kenmerken en functies van keramische staven van zirkonia

Keramische staven zijn gemaakt van zirkoniumoxide of aluminiumoxide als productiemateriaal. Vergeleken met soortgelijke producten zijn de voordelen aanzienlijk. Het heeft een goede slijtvastheid. Wat zijn de voordelen van zirkoniumoxide keramische staven? Zirkoniumoxide keramische staven hebben...
Shield from Corrosion: Power of Vhandy Ceramic Coatings

Shield from Corrosion: Power of Vhandy Ceramic Coatings

Is the constant battle against corrosion causing headaches and eating away at your valuable assets? Fear not, for Vhandy Ceramics has the ultimate solution that will shield your investments from the destructive forces of corrosion. Get ready to witness the power of...

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Unlock the Potential of Cutting-Edge Ceramic Solutions

Unlock the Potential of Cutting-Edge Ceramic Solutions

Are you searching for a game-changing solution that can withstand extreme conditions, provide exceptional insulation, and deliver unparalleled performance? Look no further! Vhandy, a leader in customized ceramic innovations, is here to unlock the untapped potential in...

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What is Advanced Ceramics

What is Advanced Ceramics

What is Advanced CeramicsAdvanced ceramics include alumina ceramic, steatite ceramic, zirconia ceramic, silicon carbide ceramic, cordierite ceramic, mullite ceramic, and others. Alumina ceramic is one of the most widely used advanced ceramics and is made from aluminum...

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Production Technology of Cordierite Ceramics

Production Technology of Cordierite Ceramics

Production Technology of Cordierite CeramicsCordierite ceramics can be produced using various methods such as solid-state reaction, aqueous tape casting process, and high-temperature sintering. The aqueous tape casting process involves using polyvinylalcohol (PVA) and...

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Advantages and Disadvantages of Alumina Ceramics

Advantages and Disadvantages of Alumina Ceramics

Advantages and Disadvantages of Alumina CeramicsAlumina ceramics have many advantages. They have excellent insulation, low high-frequency loss but good high-frequency insulation, heat resistance, small thermal expansion coefficient, high mechanical strength, and good...

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Advantages and Disadvantages of Zirconia Ceramics

Advantages and Disadvantages of Zirconia Ceramics

Advantages and Disadvantages of Zirconia CeramicsAs an emerging ceramic material, zirconia ceramics have the following advantages: High hardness, high strength, high toughness, wear resistance, impact resistance and fracture resistance; Low thermal conductivity, high...

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Disadvantage of Cordierite Ceramics

Disadvantage of Cordierite Ceramics

Disadvantage of Cordierite CeramicsCordierite ceramics is a porous ceramic material with the advantages of low thermal expansion coefficient, high porosity, and high strength. It is often used as the core component of high-temperature dust removal, waste gas treatment...

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Cordierite Ceramics: A New Type of Ceramic Materials

Cordierite Ceramics: A New Type of Ceramic Materials

A Brief Introduction to Cordierite Ceramics: A New Type of Ceramic MaterialsCordierite ceramics are a kind of ceramic materials with cordierite (2MgO·2Al2O3·5SiO2) as the main component. Cordierite ceramics have the following advantages: Low thermal expansion...

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Zirconia Ceramic: A New Type of High-Tech Ceramic

Zirconia Ceramic: A New Type of High-Tech Ceramic

Zirconia Ceramic: A New Type of High-Tech CeramicZirconia ceramic, also known as ZrO2 ceramic (Zirconia Ceramic), is a new type of high-tech ceramic with many excellent properties and application prospects. The main features of zirconia ceramic are: High strength and...

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Advantage of Alumina Ceramics

Advantage of Alumina Ceramics

Advantage of Alumina Ceramics.Alumina ceramic is a high-performance engineering ceramic material with many advantages, such as high hardness, wear resistance, high temperature resistance, corrosion resistance, electrical insulation, etc. It is widely used in various...

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What are technical ceramics?

What are technical ceramics?

What are technical ceramics?Technical ceramics are a type of ceramic products that are used for advanced engineering and scientific purposes. They have outstanding properties that make them suitable for various applications, such as high temperature, high pressure,...

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Effect of talcum powder in alumina ceramics

Effect of talcum powder in alumina ceramics

Effect of talcum powder in alumina ceramicsBecause of its high mechanical strength, high hardness, wear resistance, high temperature resistance, corrosion resistance, and excellent thermal conductivity, alumina ceramics are widely used in the fields of machinery,...

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