The Carapace Mesh primarily enhances protection thickness through the use of reinforcing materials (such as high-temperature-resistant, wear-resistant, and corrosion-resistant materials, etc.) based on the equipment's operating conditions, thereby improving its wear and corrosion resistance. It plays a crucial role in industrial equipment wear and corrosion prevention.

Enhanced anchoring and high-temperature resistance properties

The Carapace Net is designed with a hexagonal structure and interlocking holes, effectively enhancing the bond strength with the lining material, preventing the protective layer from peeling off. Its curved arc design allows for spot welding to the inner wall of the equipment, in conjunction with refractory coatings, castables, silicon carbide materials, and brown fused alumina materials, to form a robust structure. The general design thickness ranges from 20 to 200mm, offering a protective solution with a lifespan several times longer than that of conventional materials.

Enhance wear and corrosion resistance

In areas prone to wear, such as catalyst units and high-temperature pipelines, the turtle shell mesh forms a ceramic film through inorganic coating technology, capable of withstanding temperatures up to 1700°C and effectively resisting acid and alkali corrosion. The coating is easy to apply and can be put into use after a 2-hour heating curing process, significantly reducing downtime for equipment.

Extend equipment lifespan

Turtle Shell Abrasion-Resistant Clay (Inorganic Ceramic Coating) is used in industries such as cement and power, reducing the frequency of wear-resistant part replacements and lowering maintenance costs. Data shows that the lifespan of equipment is extended by 3-5 times, and energy consumption is reduced by approximately 30% after implementing this technology.