Wear-resistant mortar is a high-performance composite material with both wear-resistant and corrosion-resistant properties. Wear-resistant mortar is another construction technique that uses turtle shell mesh to anchor and increase the thickness of the protective coating for corrosion and wear prevention. Both methods are widely used in industrial equipment protection. Below are their core features and brief application overview:

Performance Features

· ‌High wear and corrosion resistance‌Ceramic, silicon carbide, brown fused aluminum oxide, and金刚砂 wear-resistant particles, composite heat-resistant resins or high-temperature inorganic binders, resistant to erosion, cavitation, and chemical corrosion.‌

· ‌High tensile strengthStrongly bonded to substrates such as metal and concrete, the product is not easily detached after installation.

· ‌Easy constructionAt room temperature or moderate temperature curing, suitable for spraying or scraping, with short operating time and no complex techniques required.

· ‌Wide range of applicable working conditionsSuitable for equipment repair and protection in high-wear and corrosion environments such as power plants, ports, and mines.

Primary Applications

· ‌Power IndustryRepair worn areas such as impeller housing, fan housing, and hopper of material storage, to protect the boiler and flue from corrosion.

· ‌Chemical IndustryCorrosion and wear-resistant treatment for coal storage bins, conveying pipelines, and other equipment.

· ‌Building Materials IndustryApplication: Wear-resistant layer construction for high-temperature operations such as cement rotary kilns and glass furnace.

Glass flake abrasion-resistant mortar effectively reduces medium permeation and lowers maintenance costs in anti-corrosion engineering for chemical pipelines.