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Introduction to Advantages
Because we have been specializing in ceramic balls for many years, our quality is more stable. Also, as a direct manufacturer, our prices are more favorable. Every batch of ceramic balls, from raw materials, production to finished products, will be inspected by different equipment. Due to our professional production, we have complete professional ceramic ball inspection equipment. Of course, in addition to the advantages of quality and price, We also attach great importance to helping customers solve after-sales problems related to ceramic balls. Ultimately achieve long-term win-win cooperation.
Product Introduction
Inert ceramic balls: low-alumina inert ceramic balls, high-alumina inert ceramic balls, concave-convex inert ceramic balls, open-hole inert ceramic balls, etc. The specifications include Φ1-2mm, Φ3mm, Φ6mm, Φ8mm, Φ10mm, Φ13mm, Φ15mm, Φ20mm, Φ25mm, Φ30mm, Φ40mm, Φ50mm. The content of aluminium oxide ranges from 23% to 99%
NEWS
Inert ceramic ball service life
The service life of the inert ceramic ball is divided into the inert ceramic ball itself and the external environmental reasons, the inert ceramic ball itself has the temperature resistance, strength, chemical stability of the porcelain ball, etc.
Industry Ceramic Ball
Industrial ceramic balls are spherical industrial ceramic components made from ceramic materials such as alumina, zirconia, silicon nitride, and silicon carbide. They are produced through processes including raw material preparation, molding, sintering, and precision machining.
Inert ceramic ball use case
The inert ceramic ball use case, which involves the technical parameters, because different environments are different, so the use case can not be used as a reference, there is a need to purchase inert alumina ceramic balls can contact us。
ceramic balls applications
What are the application areas of ceramic balls? This article mainly introduces the application of ceramic balls in the field of petrochemical industry, chemical industry,
Application of inert porcelain balls
Inert porcelain balls are mainly used in reactors and towers in industries such as petrochemicals, coal chemical industries, and fertilizers. They serve as the support, coating, isolation layer or filler for catalysts, aiming to optimize fluid distribution, protect the catalysts and reduce resistance.
Inert Ceramic Balls Where To Buy?
When you see the post I made about where to purchase inert ceramic balls? You have actually found the factory where you can buy inert ceramic balls.
What size are alumina balls?
What is the size of the alumina balls? First of all, it should be known that there are various types of alumina balls, such as inert alumina ceramic balls, grinding ceramic balls, and activated alumina balls, and their specifications are also different. The specific details are as follows:
What is the HS code for ceramic balls?
What is the HS bat code of the ceramic ball? What is its tax refund? Which ones have expired? Here we will give you all the answers。
What is the composition of ceramic ball?
The composition of ceramic balls varies significantly depending on their types and applications. They can mainly be classified into three categories: oxide ceramic balls, non-oxide ceramic balls, and composite ceramic balls. Each category has its own characteristics in terms of composition
What is the purpose of catalyst balls?
What is the purpose of catalyst balls?
Catalyst balls are a type of functionalized particles that load the active components of the catalyst onto spherical carriers (or are directly made into spherical catalysts).
Ceramic balls uses
Ceramic balls have a wide range of uses. They are mainly spherical products made of materials such as alumina, zirconia, and silicon nitride. With their high strength, high hardness, wear resistance, corrosion resistance, high-temperature resistance, and good insulation, the following is a detailed classification and application introduction.
What are ceramic balls used for?
What are ceramic balls used for? Due to their excellent properties such as high hardness, wear resistance, high temperature resistance, and corrosion resistance,