Blog_Physical and Chemical Ceramics

2023.09.07

Manufacturing process of wear-resistant ceramics and application cases in industry

Wear-resistant ceramics are widely used in industrial fields as a wear-resistant material. It features high strength, high-temperature resistance, and wear resistance, suitable for various harsh working environments. In laboratories, wear-resistant ceramics are also indispensable consumables, used in manufacturing various experimental equipment and tools. This article will introduce the manufacturing process of wear-resistant ceramics and application cases in industry. I. Manufacturing Process of Wear-Resistant Ceramics The manufacturing process of wear-resistant ceramics generally includes four steps: raw material selection, molding, sintering, and post-processing. First, suitable raw materials need to be selected; common raw materials include alumina, aluminum borate, zirconia, etc. Then, the raw materials are formed into ceramic blanks of the required shape through molding processes. Molding methods include pressing, injection molding, slip casting, and other options. Next, the ceramic blanks are sintered to give them good physical and chemical properties. Finally, necessary post-processing processes, such as grinding and polishing, are carried out to improve the surface finish and precision of the ceramics. II. Application Cases of Wear-Resistant Ceramics in Industry 1. Application of Wear-Resistant Ceramics in the Mining Industry In the mining and processing of ores, wear-resistant ceramic wear parts, such as grinding balls and grinding rods, are often used. These wear parts can maintain a longer service life in high-speed wear and tear environments, improving production...

2023.09.06

Welcome to the 20th Beijing Conference and Exhibition on Instrumental Analysis (BCEIA 2023)

2023.08.28

Acid and alkali resistance: A comparative analysis of corundum crucibles and alumina boats

Acid and Alkali Resistance: A Comparative Analysis of Alumina Crucibles and Boats In laboratories, ceramic consumables are often used to withstand extreme conditions such as high temperatures, acids, and alkalis. When selecting laboratory ceramic consumables, alumina crucibles and boats are two common choices. They have acid and alkali resistance, but have their own advantages and disadvantages in different aspects. This article will compare and analyze alumina crucibles and boats to help laboratory personnel choose acid and alkali-resistant ceramic consumables that meet their experimental needs. First, in terms of acid and alkali resistance, both alumina crucibles and boats have excellent corrosion resistance. They can withstand various concentrations of acid and alkali solutions and maintain good stability. However, alumina crucibles perform better under certain conditions. Its high hardness and wear resistance allow it to provide better protection under more harsh experimental conditions. For experiments that require prolonged heating or high concentrations of acids and alkalis, an alumina crucible is a more reliable choice. Second, in terms of thermal conductivity, there are also differences between alumina crucibles and boats. Alumina crucibles have higher thermal conductivity and can transfer heat to the experimental substance faster, improving the efficiency of the experiment. Alumina boats, on the other hand, have lower thermal conductivity and can provide a gentler heating curve.

$The Importance of Refractory Materials in Chemical Laboratories and Recommended Laboratory Ceramic Consumables$

2023.08.18

The Importance of Refractory Materials in Chemical Laboratories and Recommended Laboratory Ceramic Consumables

The Importance of Refractory Materials in Chemical Laboratories and Recommended Laboratory Ceramic Consumables In chemical laboratories, refractory materials play a vital role. The high temperatures, corrosive chemicals, and other hazards present in laboratories make refractory materials essential for ensuring laboratory safety. Among the many refractory materials, laboratory ceramic consumables are highly regarded for their excellent performance and diverse applications. This article will focus on the importance of laboratory ceramic consumables and recommend several durable laboratory ceramic consumables. First, let's understand why refractory materials are so important in chemical laboratories. Chemical experiments often involve high-temperature reactions or the handling of corrosive substances, which can damage experimental equipment. Refractory materials are designed to address these challenges. They can withstand high temperatures, resist corrosion, protect experimental equipment from damage, and ensure laboratory safety. The use of refractory materials can significantly reduce accidents in experiments and provide a stable and reliable experimental environment. Laboratory ceramic consumables, as a common type of refractory material, are widely used in laboratories. They have excellent high-temperature resistance and resistance to corrosive chemicals. Laboratory ceramic consumables can...

2023.08.08

High-purity ceramic product manufacturing: Advantages and applications of alumina ceramic tubes

High-Purity Ceramic Product Manufacturing: Advantages and Applications of Alumina Ceramic Tubes Have you ever considered the important role of high-purity ceramic tubes in the manufacturing process of ceramic consumables used in laboratories? In this article, we will explore the advantages of alumina ceramic tubes and their applications in laboratories. First, let's understand what high-purity ceramics are. High-purity ceramics are ceramic materials made from inorganic non-metallic materials, with high-temperature resistance, corrosion resistance, and excellent mechanical properties. Alumina ceramic is a type of high-purity ceramic, with alumina as its main component. Compared to other materials, alumina ceramic tubes have several advantages. First, alumina ceramic tubes have excellent high-temperature resistance. In laboratories, many experiments need to be conducted in high-temperature environments, and alumina ceramic tubes can withstand high temperatures up to 1600℃, and are not easily affected by thermal expansion, thus ensuring the accuracy and reliability of the experiment. Second, alumina ceramic tubes have strong corrosion resistance. In various chemical experiments, corrosive substances such as acids and alkalis often cause serious damage to experimental materials. However, alumina ceramic tubes have excellent corrosion resistance and can be used stably for a long time in acidic and alkaline environments, thus extending their service life and reducing experimental costs. In addition, oxygen

2023.07.29

Future Development Trends of the Chemical Ceramic Manufacturing Industry and Demand for Laboratory Ceramic Consumables

Laboratory ceramic consumables are an indispensable part of the chemical ceramic manufacturing industry and play a vital role in the normal operation of laboratories. Future development trends show that with the continuous advancement of science and technology and the increasing demand of laboratories, the demand for laboratory ceramic consumables will also increase. This article will discuss the future development trends of the chemical ceramic manufacturing industry and the demand for laboratory ceramic consumables. As an important industrial material production field, the chemical ceramic manufacturing industry has been widely used in various industries. In laboratories, ceramic consumables are mainly used in the manufacturing of various experimental equipment and experimental operations, such as laboratory tiles, reactors, and glass bottles. With the development of science and technology and the increase in experimental needs, the demand for laboratory ceramic consumables is also increasing. First, the future chemical ceramic manufacturing industry will face higher quality requirements. With the continuous advancement of science and technology, people's requirements for the accuracy and reliability of experimental results are becoming increasingly higher. As an important component of experimental equipment, the quality of laboratory ceramic consumables directly affects the accuracy of experimental results. Therefore, the future chemical ceramic manufacturing industry needs to continuously improve product quality standards to meet the needs of laboratories. Second, with the increasing awareness of green environmental protection, the future chemical ceramic manufacturing industry will focus on developing environmentally friendly and sustainable products.

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Address: Songgezhuang Chemical and Physical Porcelain Factory, Tangshan High-tech Industrial Development Zone

Telephone: +86-315-5509570 、 +86-315-5509222

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Tangshan High-tech Industrial Park Chemical Physical and Chemical Porcelain Factory

Tangshan Physical and Chemical Ceramics Co., Ltd.

Address: Songgezhuang Chemical and Physical Porcelain Factory, Tangshan High-tech Industrial Development Zone

Telephone: +86-315-5509570 、 +86-315-5509222

Mobile: +86-13903372399 、+86-13832559317

Email: tshglhcc@163.com

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