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After countless hours of operation, the equipment and machinery must also continue to operate reliably. In other words, depending on the application, the designers need a variety of materials. They must be good friction performance, high temperature resistance or heat insulation. We provide plastics developed specifically to meet these requirements. We are happy to advise you on how to choose the appropriate materials for specific applications.‌

mechanical engineering

In the field of mechanical engineering, the use of wear-resistant materials is becoming more and more important, especially in applications subject to high friction and wear. These materials typically have excellent wear resistance, strength, and toughness, which can significantly extend the life of equipment, reduce maintenance costs, and improve productivity.

advantage

The advantages of wear-resistant materials are mainly reflected in the following aspects:

Extended service life: Wear-resistant materials resist wear and tear and reduce the frequency of component replacement, thereby extending the life of the overall equipment.
Reduced maintenance costs: Equipment downtime is reduced due to the durability of wear-resistant materials, which reduces the cost of maintenance and replacement parts.
Increased efficiency: High-performance wear-resistant materials can improve the operating efficiency of the machine, especially under high load and high frequency working conditions.
Adaptable to harsh environments: Many wear-resistant materials can perform well in extreme temperatures, corrosive environments, or heavy loads, ensuring safe and reliable operation of equipment.
Improve product quality: During processing, wear-resistant materials can reduce damage to the surface of the product and improve the quality of the final product.

Application of wear-resistant materials in equipment

Wear-resistant materials are widely used in several fields of mechanical engineering, including but not limited to:

Mining equipment: For example, in equipment such as buckets, crushers and conveyor belts, wear-resistant materials can withstand extremely high levels of wear.
Construction machinery: In excavators, bulldozers and other equipment, wear-resistant materials can effectively reduce wear and tear in land and rock processing.
Agricultural machinery: Abrasion-resistant materials, such as seeders and cultivators, increase their durability in harsh soil conditions.
Cutting tools: In the processing industry, all kinds of cutting tools use wear-resistant materials, which can improve cutting efficiency and extend tool life.
Powertrain: For components such as gears, bearings, and chains, the use of wear-resistant materials can improve the reliability and stability of the drivetrain.

In summary, the application of wear-resistant materials in mechanical engineering has obvious technical and economic advantages, and has become an important factor to improve the performance of equipment. With the continuous progress of materials science, the application fields and properties of wear-resistant materials will be more extensive and diversified in the future.

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Metallurgical Industry

The metallurgical industry is an important field for material processing and metal manufacturing, and the application of wear-resistant materials is crucial in this industry. Wear resistant materials are mainly used to resist wear during material processing, extend the service life of equipment, and improve production efficiency. With the development of metallurgical technology, the types and properties of wear-resistant materials are constantly improving, which can meet the needs of different working conditions.

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Mining industry

Equipment and tools in mines often need to have excellent wear resistance to cope with the harsh working environment and high-intensity working conditions. Therefore, wear-resistant materials have been widely used. Some common applications of wear-resistant materials in mines include: Wear-resisting ceramics: wear-resisting ceramics have excellent wear resistance and corrosion resistance, often used in lining plate, mixer knife head, abrasive device, unloading port and other wear-resistant parts. Wear-resistant rubber: wear-resistant rubber has good elasticity and wear resistance, commonly used in conveyor belt, belt roller and other parts. Wear-resisting composite material: Wear-resistant composite material combines the advantages of different materials, with wear resistance and impact resistance, often used in crusher crushing drill and impact plate and other grinding-resistant parts.

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Port transportation

In the field of port, wear-resistant materials also plays an important role, to deal with common wear and corrosion problems, through the application of wear-resistant materials in port facilities and equipment, can effectively reduce maintenance costs, extend the service life of equipment, improve the reliability and operation efficiency of equipment, so as to ensure the smooth and safety of port transportation and cargo processing.

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