Glassflake mortar is not only easy to apply but also boasts advantages such as corrosion resistance, wear resistance, and a low coefficient of thermal expansion. If the surface coated with glassflake mortar is damaged, it only requires simple repair. Glassflake mortar can be considered a type of anticorrosive coating. Why is the corrosion resistance of glassflake mortar so effective? This is because the glassflake within it not only delays the penetration of corrosive agents but also enhances the coating's resistance to mechanical damage, making it highly resistant. Let's explore the principle of glassflake mortar to explain its corrosion resistance.

One: Composition of Glass Flake Mortar

Glass flake mortar is composed of glass flakes, resins, and curing agents. In addition to enhancing viscosity, the glass flakes effectively prevent the penetration of corrosive media when layered, improving the physical strength and denseness of the glass flake mortar coating, as well as its waterproof and anti-corrosive properties.

During the curing process of glass flake mortar, the filler releases shrinkage stresses, effectively extending the service life of the glass flake mortar. Moreover, glass flake also has the advantage of reflecting sunlight, and applying the glass flake mortar to outdoor or metal roofs can effectively insulate and extend the lifespan of equipment.

Section II: Glass Flake Mastic Coating Thickness

Glass flake mortar is not the thicker the better for corrosion resistance; during construction, the corrosion protection plan must be tailored to the equipment's usage level, environmental temperature, and other on-site conditions. If the thickness of the glass flake mortar exceeds 2 millimeters, it can lead to excessive temperature differences, which may reduce its heat resistance, causing issues like peeling and cracking. Generally, the glass flake mortar can be as thin as 0.3mm and as thick as 3mm, with the most commonly used thickness range being between 0.5mm to 1.5mm.

Section 3: Corrosion-Resistant Effect of Glass Flake Mortar

1. Strong Adhesion of Glass Flake Mortar: Glass flake mortar can effectively bond with concrete or steel plates, is not prone to peeling or cracking, and rarely shows delamination, extending the anticorrosion effect over time.

2. Low Permeability of Glass Flakes Epoxy Mastic: The glass flakes epoxy mastic exhibits excellent resistance to moisture vapor, four times better than standard epoxy glass fiber.

3. High-Temperature Resistance of Glass Flake Epoxy Mortar: The coating contains a large amount of glass flakes, which can eliminate the data difference in linear expansion coefficient between the coating and equipment, making it suitable for environments with varying temperatures and severe corrosion.

4. Excellent Abrasion Resistance of Glass Flake Mortar: After the glass flake mortar is cured during construction, it has a high hardness, effectively resisting mechanical damage. Any damage that occurs is usually localized, requiring only simple repairs.