Revestimiento cerámico resistente a los impactos Cerámica de aluminio

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Revestimiento cerámico resistente a los impactos Cerámica de aluminio

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March 20, 2024

Conexión De Categoría: Equipo alineado de cerámica

Chatea Contáctenos

Etiquetas:

#Material para el revestimiento de la escalera #Revestimiento cerámico de los paracaídas #Anillo de cierre de cerámica

Brief: Discover the advanced **Impact Resistant Ceramic Lining Alumina Ceramics**, designed to withstand harsh conditions with superior wear resistance and toughness. Featuring a unique toughening formula and stud welding process, these ceramics ensure durability and longevity in bulk material handling systems. Perfect for high-impact environments, they offer corrosion resistance, self-lubrication, and high-temperature performance up to 800°C.

Related Product Features:

Super wear-resistant with Vickers hardness of 1800, extending equipment life by over 15 times.
Enhanced toughness and impact resistance due to nanostructure and whisker toughening technology.
Advanced stud welding process ensures ceramics do not fall off under high-impact conditions.
Smooth ceramic surface prevents material sticking and static electricity buildup.
Corrosion-resistant and self-lubricating, ideal for harsh working environments.
Operates effectively at high temperatures up to 800°C.
Combines stud welding and wear-resistant ceramic AB glue for secure fixation.
Long-lasting rubber backing with a lifespan of over 15 years.

Las preguntas:

What makes the Impact Resistant Ceramic Lining Alumina Ceramics so durable?

The ceramics feature a unique toughening formula, nanostructure, and whisker toughening technology, combined with stud welding and strong adhesive, ensuring high impact resistance and longevity.
Can these ceramics withstand high temperatures?

Yes, the Impact Resistant Ceramic Lining can operate normally at temperatures up to 800°C, making it suitable for high-temperature environments.
How does the ceramic lining prevent material sticking?

The smooth ceramic surface does not generate static electricity with materials, preventing sticking and ensuring smooth material flow.