In the process of steel production, material transportation, storage and other links face serious wear problems. Wanfang Ceramics provides comprehensive wear-resistant protection solutions.
Using high-purity alumina wear-resistant ceramic sheets as lining materials, combined with welding or bonding processes, comprehensive wear-resistant protection is provided for key parts such as silos, chutes, and pipe elbows, effectively extending the service life of equipment by 3-5 times.
The grinding, powder selection, and transportation processes in cement production cause significant equipment wear, and Wanfang Ceramics provides a high wear resistant lining solution.
Using 92% and 99% alumina wear-resistant ceramic lining bricks as the inner lining of the ball mill, combined with microcrystalline alumina wear-resistant lining plates for the powder selector and cyclone tube, significantly improves the wear resistance and grinding efficiency of the equipment.
The coexistence of strong corrosive media and high wear conditions in chemical production imposes strict requirements on materials for both corrosion resistance and wear resistance.
Using high hardness, corrosion-resistant and wear-resistant ceramic sheets and silicon carbide ceramic materials, the inner lining of the reaction vessel, conveying pipelines, valve sealing surfaces, etc. are protected, while meeting the dual requirements of corrosion resistance and wear resistance.
The pulverized coal conveying system in thermal power generation is seriously worn, especially in the elbow area.
Adopting high-temperature and wear-resistant alumina ceramic pipes and elbows, combined with ceramic rubber composite lining plates for large-diameter pipes and equipment lining, effectively solves the problem of high-temperature wear and ensures the long-term stable operation of the powder conveying system.
The grinding process in the production of architectural ceramics and sanitary ceramics has strict requirements for grinding media and lining materials.
Providing high alumina wear-resistant alumina ball stones as grinding media, combined with microcrystalline alumina lining bricks as ball mill liners, greatly improves grinding efficiency, reduces energy consumption and product pollution.
In the bulk cargo loading, unloading, and transportation systems of port terminals, equipment such as hoppers, chutes, and pipelines face serious material wear and tear.
Adopting ceramic rubber composite three in one lining plate for hopper and chute lining, it combines the high wear resistance of ceramics and the impact resistance of rubber. Combined with wear-resistant ceramic elbows for conveying pipelines, it comprehensively solves the problem of port wear.
During the mining and beneficiation process, equipment in the crushing, grading, and conveying stages is severely worn out.
In response to the harsh working conditions of mines, high-purity alumina wear-resistant ceramic lining plates and ceramic rubber composite plates are used to provide wear-resistant protection for key equipment such as crushers, classifiers, and cyclones, greatly extending the service life of the equipment.
The working conditions in the petrochemical industry are complex, with high temperature, high pressure, corrosion, and wear coexisting, requiring extremely high requirements for protective materials.
High temperature and wear-resistant alumina ceramic sheets and silicon carbide ceramic materials are used to provide high-performance protection for tank liners, catalytic cracking units, transportation pipelines, etc., meeting the harsh working conditions requirements of the petrochemical industry.
During the storage and processing of grain, there are high requirements for hygiene standards and equipment wear resistance.
High purity alumina wear-resistant ceramic lining plate is used for lining grain storage silos and chutes, and wear-resistant ceramic elbows are used for pneumatic conveying pipelines to ensure equipment wear resistance while meeting food grade hygiene standards.
