Casting well wall coating

Australian Megabond Casting Well Wall and Cast Steel Equipment Safety Coating

──Explosion-Proof and Rust-Resistant,Strong Adhesion

It is a modified epoxy-based two-component high-strength adhesive coating that, after curing, forms a highly smooth, low-friction, solid surface layer. It is rigid yet flexible, providing resistance to corrosion, erosion, abrasion, and chemical media. With strong bonding power, water and moisture resistance, it effectively prevents cracking and thermal changes, cures rapidly, and achieves high hardness after curing. The coating exhibits excellent inter-layer adhesion, stable filling properties, and adheres firmly to concrete and metal surfaces without shrinkage. It offers good fluidity, high strength, impact resistance, vibration resistance, as well as excellent electrical properties such as insulation, compression resistance, and anti-static effects. Its superior adhesion forms an effective safety barrier between wet substrates and molten aluminum. It is a fluid epoxy explosion-proof coating suitable for brushing, rolling, or spraying.

Application Scope:

The safety coating for casting well walls and cast steel equipment provides explosion-proof, temperature-resistant, strong adhesion, water-resistant, impact-resistant, and chemical-resistant functions. It offers excellent thixotropy, leveling, and anti-sagging properties, with a brush-free finish. This product has high passivation and strong bonding with substrates, effectively preventing the penetration of water and water-soluble salts and inhibiting metal corrosion. It forms a protective barrier on metal surfaces, delivering dual explosion-proof and rust-resistant effects. Applications include:

1. Casting well walls and supports in the aluminum rod industry, direct cooling casting pits in aluminum-magnesium plants, and any steel surfaces in aluminum production processes.

2. Suitable for alloy steel, stainless steel castings, large cast steel components, casting machine water tanks, and casting machine elements.