What coatings are white fused alumina wear-resistant powder suitable for?
White fused alumina wear-resistant powder is widely used in the following coating production fields due to its high hardness, wear resistance and chemical stability:
Anti-corrosion coatings
White fused alumina can significantly enhance the wear and corrosion resistance of the coating, and is suitable for fields such as ship coatings and chemical equipment coatings that require long-term resistance to chemical erosion.
Polyurethane coatings
After adding, it can improve the hardness and high temperature resistance of the coating. White fused alumina wear-resistant powders such as 180 mesh, 220 mesh, 240 mesh, and 320 mesh are often used in the production of such coatings.
Epoxy floor coatings
As a filler, it can greatly improve the wear resistance and compressive strength of floor coatings, especially suitable for use in high-flow or heavy-load environments.
Anti-slip coatings
By adjusting the particle size (such as 400 mesh or 600 mesh), the surface roughness can be increased, which is suitable for scenes such as stairs and bathrooms that require anti-slip functions.
Automotive coatings
Enhance the scratch resistance and glossiness of the coating, while extending the service life of the paint surface.
High temperature resistant coatings
Such as adhesive coatings, the high temperature stability of white fused alumina can meet the protection needs in high temperature environments.
Decorative coatings
Used in non-stick pan coatings, Teflon coatings, etc., with both wear resistance and aesthetic properties.
Powder coatings
As an environmentally friendly coating additive, 2000 mesh white fused alumina micropowder is commonly used to improve the hardness and weather resistance of the coating.
In addition, white fused alumina wear-resistant powder is also suitable for the production of special functional coatings such as zinc-rich coatings and inorganic anti-slip coatings. Its mesh range covers 240 mesh to 4000 mesh, and the matching specifications can be selected according to different coating performance requirements