The application of the port industry, the system solves the four major pain points of fast wear, strong corrosion, high noise and frequent maintenance. Extra-long service life and significantly lower overall costs, through customized design (ceramic specifications, rubber hardness, installation methods), can meet the differentiated protection needs of various types of port machinery, is the first choice of port equipment wear-resistant upgrading programs

Through material synergies, it solves the dual challenges of wear and corrosion faced by chemical industry equipment, and is particularly suitable for scenarios such as highly corrosive slurry transportation and reaction equipment protection. Its long life and low maintenance costs significantly reduce downtime losses, making it an ideal choice for modern chemical equipment upgrades.

Applications in the power industry mainly rely on its wear-resistant, impact resistance, noise reduction and lightweight characteristics, especially in coal-fired power generation, material handling and environmental protection equipment, outstanding performance, through the synergistic effect of the material, to solve the power industry's high wear and corrosion of the pain points, is to enhance the reliability of the equipment and the economy of the preferred option. The actual application needs to be customized according to the material characteristics (particle size, humidity, acidity and alkalinity).

The application of metallurgical industry effectively solves the multiple challenges of wear, impact, high temperature, corrosion, etc. It is especially suitable for key links such as ore conveying, grinding and steel slag processing. Its long-life, low-maintenance characteristics can significantly reduce production costs, is the preferred solution for wear protection of metallurgical equipment.

The application in the field of mining industry perfectly solves the industry pain points such as super abrasion, bulk impact, corrosion and scaling. Extra-long service life and significantly reduced comprehensive costs make it a key wear-resistant material in the intelligent upgrading of modern mines. For different types of mines (iron ore, copper ore, gold ore, etc.) and working conditions (dry/wet), the ceramic content, rubber hardness and structural design can be adjusted to achieve optimal protection.