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...

Ceramic Structural Parts Process Flow

As an emerging product, ceramic structural parts have high thermal and chemical properties, such as high temperature resistance, corrosion resistance, oxidation resistance, and high hardness of advanced ceramics. The ceramic structural parts produced by our company...

Zirconia ceramic

1.High hardness. With a hardness of 86HRC, it can be made into cold forming tools, shaping molds, wire drawing dies, cutting tools, etc 2.High strength and good toughness. The flexural strength at room temperature can reach 2100MPa, and 1190MPa at 1000℃. The best...

What is the difference between 96% and 99% alumina in ceramic circuit boards?

When designing high-performance electronic devices, alumina (Al2O3) has become the first choice for ceramic printed circuit boards (PCBs) due to its excellent thermoelectric properties. But not all alumina is the same! In this article, we will explore the difference...

About Aluminum Titanate Refractory

Aluminum titanate ceramics 1. The influence of additives on the structure and properties of aluminum titanate refractory: Aluminum titanate refractoryAdvantages: high melting point, low expansion, etc.Disadvantages: low strength, easy to decompose, difficult to...

About the riser

Aluminum titanate ceramics not only have a high melting point (1860°C) and a low thermal expansion coefficient (α≤2.0×10-6/K), but also have the property of not being wetted by many non-ferrous metal melts such as aluminum. Therefore, they are an excellent material for manufacturing riser tubes for aluminum casting.

Characteristics and functions of zirconia ceramic rods

Ceramic rods are made of zirconium oxide or alumina as production materials. Compared with similar products, the advantages are quite significant. It has good wear resistance. So what are the advantages of zirconia ceramic rods?Zirconia ceramic rods have the...
The purpose and use method of ceramic flange disc

The purpose and use method of ceramic flange disc

The purpose and use method of ceramic flange discFlange is a mechanical structure that realizes the axial (length direction) connection of two objects. Flanges are also called flange flanges or flanges. Flange is a part that connects between shaft and shaft and is...

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Why does alumina ceramics turn yellow in color?

Why does alumina ceramics turn yellow in color?

Why does alumina ceramics turn yellow in color?Alumina ceramics is a ceramic material with Al2O3 as the main crystalline phase. Due to its high melting point, high hardness, heat resistance, corrosion resistance, and electrical insulation characteristics, it can be...

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How to test the hardness of advanced ceramics

How to test the hardness of advanced ceramics

How to test the hardness of advanced ceramicsCeramic materials have made great progress as an important inorganic non-metallic material. In particular, structural ceramics are widely used in metallurgy, chemical industry, aerospace and other fields due to their high...

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Introduction of ceramic injection molding process

Introduction of ceramic injection molding process

Introduction of ceramic injection molding processThe ceramic injection molding process mainly includes four processes: feeding, injection molding, degreasing and sintering.1. Selection and optimization of powder As the main material for injection molding, the most...

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Application of silicon nitride ceramics in industry

Application of silicon nitride ceramics in industry

Application of silicon nitride ceramics in industrySilicon nitride ceramics are advanced engineering ceramics with high strength, fracture toughness, hardness, wear resistance and good chemical and thermal stability. Silicon nitride is a polycrystalline composite...

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Advantages of Industrial Zirconia Ceramic Pistons

Advantages of Industrial Zirconia Ceramic Pistons

Advantages of Industrial Zirconia Ceramic PistonsZirconia ceramic materials can be processed into various types of mechanical parts, because they have a series of advantages such as wear resistance and high temperature resistance. Processed zirconia ceramic...

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Advantages of Industrial Zirconia Ceramic Pistons

Advantages of Industrial Zirconia Ceramic Pistons

Advantages of Industrial Zirconia Ceramic PistonsZirconia ceramic materials can be processed into various types of mechanical parts, because they have a series of advantages such as wear resistance and high temperature resistance. Processed zirconia ceramic...

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Silicon Carbide and Alumina Ceramics

Silicon Carbide and Alumina Ceramics

Comparing the properties of silicon carbide ceramics and alumina ceramicsAlthough alumina ceramics are the most widely used ceramic materials, silicon carbide ceramics are increasingly popular in high-end applications due to their excellent properties.Silicon carbide...

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Microporous Ceramics and Advanced Ceramics

Microporous Ceramics and Advanced Ceramics

What is the difference between microporous ceramics and advanced ceramics?Microporous ceramics refer to ceramic bodies that contain a large number of open or closed tiny pores inside or on the surface of the ceramic, and their pore sizes are generally micron or...

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