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Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance

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Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance

Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance
Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance

Large Image :  Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance

Product Details:
Place of Origin: CHINA
Brand Name: JZDB
Model Number: DB-TC

Mohs 9 Hardness Alumina Ceramic Liner Suitable for Operating Temperature Up To 1700°C Providing Excellent Wear Resistance

Description
Rubber Hardness: 55±5 Shore A Density: 3.6 - 3.95 G/cm³
Fastening: Bolt On, Magnetic, Countersinks, Etc. Application: Cement, Power Plant, Coal Mine, Etc.
Operatingtemperature: Up To 1700°C Hardness: Mohs 9
Typicalapplications: Mining, Cement, Power Plants, Slurry Pipelines Alumina Content: ≥92% Alumina

Product Description:

The Alumina Ceramic Liner is an advanced industrial solution designed to provide exceptional wear resistance and durability in a variety of demanding applications. Engineered to operate efficiently at temperatures up to 1700°C, this product is ideal for environments that require high thermal stability and robust performance. The Alumina Ceramic Liner combines the superior properties of ceramic materials with the strength and flexibility of steel backing plates, making it a reliable choice for industries such as mining, cement production, power plants, and slurry pipeline systems.

One of the key features of the Alumina Ceramic Liner is its excellent electrical insulation capability. Thanks to its high electrical resistivity, this liner acts as an effective barrier against electrical conductivity, which is crucial in applications where electrical isolation is necessary to ensure safety and operational integrity. This characteristic makes the Ceramic-Alumina-Coating particularly valuable in power plants and other high-voltage environments.

The product is designed with a steel backing plate, which can be made from either mild steel or stainless steel depending on the specific requirements of the application. This steel backing provides mechanical support and structural integrity to the Aluminum-Ceramic-Liner, allowing it to withstand heavy loads and mechanical stresses while maintaining its ceramic properties. The combination of ceramic and steel materials offers a unique balance of hardness, toughness, and flexibility, contributing to the extended service life of the liner.

Processing services for the Alumina Ceramic Liner include welding, punching, and moulding, which ensures that the liner can be customized and fabricated to fit a wide range of equipment and machinery. Welding allows for secure attachment to steel structures, while punching and moulding enable precise shaping and sizing to meet the unique dimensions and configurations required in different industrial setups. These processing options enhance the versatility and ease of installation of the Ceramic-Alumina-Lining, making it adaptable to complex and varied applications.

Typical applications of the Alumina Ceramic Liner are found in harsh and abrasive environments such as mining operations, where the liner protects equipment from wear caused by abrasive ores and materials. In cement manufacturing, the liner helps safeguard machinery from the erosive effects of cement particles and high temperatures. Power plants benefit from the liner’s thermal resistance and electrical insulation properties, ensuring reliable operation under extreme conditions. Additionally, slurry pipelines, which transport mixtures of solids and liquids, require durable lining materials like the Ceramic-Alumina-Coating to prevent erosion and extend pipeline life.

The Aluminum-Ceramic-Liner is not only known for its durability and resistance to wear and heat but also for its ability to improve operational efficiency and reduce maintenance costs. By minimizing downtime and the need for frequent replacements, this liner contributes to more sustainable and cost-effective industrial processes. Its robust construction and tailored processing services make it a preferred choice for industries looking to enhance the longevity and performance of their critical components.

In summary, the Alumina Ceramic Liner is a cutting-edge product that combines the high-temperature resistance, electrical insulation, and mechanical strength required for demanding industrial environments. Its compatibility with various processing methods and backing plate materials ensures it can be tailored to specific needs, while its proven performance in mining, cement, power plants, and slurry pipelines demonstrates its versatility and reliability. Whether used as a Ceramic-Alumina-Coating or a Ceramic-Alumina-Lining, the Aluminum-Ceramic-Liner stands out as a premium solution for protecting equipment and optimizing industrial operations.


Features:

  • Product Name: Alumina Ceramic Liner
  • Operating Temperature: Up To 1700°C
  • Rubber Hardness: 55±5 Shore A
  • Corrosion Resistance: Excellent Chemical Stability And Corrosion Resistance
  • Application: Suitable for Cement, Power Plant, Coal Mine, Etc.
  • Shapes: Custom Shapes And Sizes Available
  • Features Alumina-Ceramic-Coating for enhanced durability
  • Incorporates Aluminum-Ceramic-Coating to improve wear resistance
  • Utilizes Ceramic-Alumina-Lining technology for superior protection

Technical Parameters:

Product Name Alumina Ceramic Liner
Fastening Bolt On, Magnetic, Countersinks, Etc.
Typical Applications Mining, Cement, Power Plants, Slurry Pipelines
Processing Service Welding, Punching, Moulding
Steel Backing Plate Mild Steel Or Stainless Steel
Alumina Content ≥92% Alumina
Application Cement, Power Plant, Coal Mine, Etc.
Density 3.6 - 3.95 G/cm³
Hardness Mohs 9
Electrical Insulation High Electrical Resistivity

Applications:

The JZDB Alumina Ceramic Liner, model number DB-TC, originating from China, is a highly durable and versatile product designed to provide exceptional protection and wear resistance in demanding industrial environments. With a rubber hardness of 55±5 Shore A, this Aluminum-Ceramic-Liner offers a perfect balance between toughness and flexibility, making it ideal for various applications where abrasion and impact resistance are critical.

One of the primary application occasions for the Alumina-Ceramic-Coating is in the mining industry. The Ceramic-Alumina-Lining is extensively used to protect equipment such as chutes, hoppers, and slurry pipelines from the harsh wear caused by abrasive ores and minerals. Its high electrical resistivity also ensures safety in environments where electrical insulation is essential, making it suitable for power plants and heavy industrial machinery.

In cement manufacturing, the JZDB Aluminum-Ceramic-Liner is employed to extend the service life of components exposed to constant abrasion and chemical attack. The liner’s ability to be custom-shaped and sized allows it to be fitted precisely into various machinery parts, enhancing operational efficiency and reducing maintenance downtime. The steel backing plate, available in mild steel or stainless steel, provides robust support and ensures easy installation and long-term stability.

Slurry pipelines benefit greatly from the Alumina-Ceramic-Coating due to its resistance to the erosive effects of slurry flow. This makes it a popular choice in both mining and power plant environments, where slurry transportation is common. The Ceramic-Alumina-Lining not only protects the pipelines but also improves flow efficiency by maintaining a smooth surface resistant to buildup and corrosion.

Overall, the JZDB DB-TC Alumina Ceramic Liner is a reliable solution for industries requiring superior wear protection combined with electrical insulation properties. Its adaptability through custom shapes and sizes, combined with the option of mild steel or stainless steel backing plates, makes it a preferred choice for mining, cement production, power plants, and slurry pipeline applications.


Contact Details
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Contact Person: MENG

Tel: +8618939131899

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