Abrasion-resistant mastic

Anti-wear Mortar Silicon Carbide Wear-Resistant Mortar Ceramic Wear-Resistant Mortar Construction for Desulfurization

Anti-wear Mortar: Anti-wear mortar coating is applied through a brushing process to form a high-content ceramic particle overlay on the surface of the object to be protected, achieving the purpose of protecting the object. Anti-wear mortar ceramic coating can enhance the wear resistance, temperature resistance, and overall durability of the object's surface. The application of anti-wear mortar is mostly in the form of wear-resistant ceramic coating sheets and wear-resistant ceramic lining. With technological advancements, ceramic anti-wear mortar coatings have gradually gained attention. The application of anti-wear mortar ceramic coatings is flexible, with good processing performance and a wide range of application fields.

Characteristics of Anti-wear Mortar Coating Technology:
1. On-site construction is possible with simple and easy application methods (using brushing, rolling, scraping, etc.).
2. Strong adhesion: The adhesion of high-content ceramic coatings far exceeds that of ordinary coatings. This adhesion prevents corrosion under the coating and eliminates the phenomenon of coating peeling common in traditional materials.
3. High hardness: Possesses metal-like hardness. After machining, the appearance integrates seamlessly with the substrate. Long wear resistance, more than double that of cast stone wear-resistant technology.
4. Strong chemical resistance: The cured material contains no water or organic solvents, does not shrink after curing, and the coating is dense without pinholes, capable of long-term resistance to erosion by chemical media such as acids, alkalis, and salts.
5. Lightweight: With a density of 1.6–2.3 g/ml, the coating's weight reduces the operational load on equipment.

Three Unique Technologies of Anti-wear Mortar Coating:
1. Substrate Activation Technology: The use of substrate surface activators significantly enhances the coating's adhesion and sealing properties.
2. Synthesis Technology: The infiltration, dispersion, encapsulation, homopolymerization, grading, and interpenetration of active enhancers increase the density of the synthesized coating.
3. Elastomer Technology: The introduction of elastomers improves the coating's toughness, making it more suitable for use in dynamic and vibrating environments, as well as for coating and repairing bending parts.
Henan Zhengfeng Wear-Resistant Materials Co., Ltd., through continuous learning and practical summarization, actively researches anti-wear construction technology, dares to tackle challenges, and is committed to addressing customers' urgent needs by providing solutions and construction services for equipment wear protection.