Purpose Classification All-Ceramic: Complete Guide

 

Il cuscinetto in ceramica integrale è resistente alle alte temperature, al freddo, all'usura, alla corrosione, alla magnetoelettricità, all'isolamento, all'autolubrificazione senza olio, ha caratteristiche quali l'alta velocità, può essere utilizzato in ambienti estremamente difficili e in modalità operative speciali, può essere ampiamente utilizzato in aviazione, voli spaziali, navigazione, petrolio, industria chimica, automobile, elettronica, metallurgia, energia elettrica, tessile, pompe, apparecchiature mediche, ricerca scientifica e difesa nazionale militare e altri campi.

1, High-speed bearing: it has the advantages of cold resistance, small force elasticity, large pressure resistance, poor thermal conductivity, light dead weight, small friction coefficient, etc.. And can be used in high-speed spindles and other high-precision equipment ranging from 12000 RPM to 75,000 RPM.

2, high temperature bearing: the material itself has high temperature resistance of 1200℃. And good self-lubrication, the use temperature between 100℃ and 800℃ does not produce expansion caused by temperature difference. Can be used in furnace, plastic, steel and other high temperature equipment.

3, cuscinetto di resistenza alla corrosione: il materiale stesso ha caratteristiche di resistenza alla corrosione, può essere utilizzato in acidi forti, alcali forti, sale inorganico e organico, acqua di mare e altri campi, come ad esempio: apparecchiature galvaniche, apparecchiature elettroniche, macchinari chimici, costruzioni navali, apparecchiature mediche e così via.

4, cuscinetto antimagnetico: non essendo magnetico, non assorbe la polvere, può ridurre lo spalling della superficie del cuscinetto, in modo da ridurre il rumore di funzionamento. Può essere utilizzato nelle apparecchiature di smagnetizzazione, negli strumenti di precisione e in altri campi.

The mechanical and physical properties of ceramic bearings are the best in the field of high performance bearing technology. Bearings are easy to lose their strength and hardness at high temperatures, while ceramic bearings retain their original hardness at 400 degrees Celsius and fail at 800 degrees Celsius. The lubrication grease can still make the bearing run normally. And its speed can reach 1.5 times that of the metal bearing. This is a high-tech product for the application of new materials.

purpose classification all-ceramic is widely used in advanced ceramic applications.

Purpose Classification All-Ceramic Properties

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Domande frequenti

What is purpose classification all-ceramic?

Purpose Classification All-Ceramic is an advanced technical ceramic material known for its exceptional properties including high thermal conductivity, excellent electrical insulation, and superior mechanical strength. Great Ceramic specializes in precision manufacturing of purpose classification all-ceramic components.

What are the main applications of purpose classification all-ceramic?

Purpose Classification All-Ceramic is widely used in semiconductor manufacturing, aerospace components, electronic substrates, medical implants, and high-temperature industrial applications. Its unique properties make it ideal for demanding environments.

How is purpose classification all-ceramic machined?

Purpose Classification All-Ceramic requires specialized machining techniques including diamond grinding, ultrasonic machining, and laser cutting to achieve precision tolerances. Great Ceramic provides custom purpose classification all-ceramic machining services with tight tolerances.