SiO2 Matting Agent for Industrial Coatings

SiO2 Matting Agent is a synthetic amorphous silica appearing as white powder, which factions is to protect a surface, or let the surface have a beautiful look and good hand-feeling. With the alternation of artist and aesthetic concepts, matte color and elegance are become the mainstream. This change has affect various of industries and products such as textiles, films, footwear, package bags and so on. Thus, there are more and more manufactures have to offer customers several matting agent to applied in their furniture, car coating, industrial coating, etc.

What are Industrial Coatings?

Industrial coatings are commonly known as a type of engineered surface protection that can be applied on a variety of derivatives like steel or concrete. These coatings are designed to provide optimum protection against sudden temperature fluctuations, particle abrasion, cavitation, and more. In addition, industrial coatings are usually caked on or sprayed in a way that efficiently protects the surface from various types of corrosion while maintaining the aesthetics as well. Let's take a closer look at industrial coatings!

Industrial coatings come in a few basic types: epoxy, polyurethane, fluoropolymer, and polysiloxanes. Their applications vary, but each of them is important for the right situation.

Epoxy

Epoxy coatings are often used indoors on floors and furniture. They are made up of two parts: a base and a Curing Agent. By changing the quantities of each of these parts in the mixture, it creates different types of epoxy coatings, each of which serves a specific purpose. Some work well as protection against moisture while others are more chemical-resistant. Otherwise, epoxy coatings are resistant to abrasion and can vary in thickness based on how they are applied.

Polyurethane

Polyurethane coatings come in two distinct types: aliphatic and aromatic. It is crucial to distinguish the two, as confusing them could mean ineffective protection. Aliphatic polyurethane coatings are ideal for outdoor environments and retain color well. Aromatic coatings, on the other hand, react similarly to epoxy coatings in sunlight. Polyurethane topcoats are often applied to bridges, ships, and concrete floors. They have a wide range of use, but if this type of industrial coating is used, it must be professionally done. Unlike epoxy, polyurethane emits harmful carcinogens, and protective gear is necessary for application. They are also notably more expensive than epoxy coatings.

Fluoropolymer

Fluoropolymer coatings come in many types and brands. These coatings have low mass chemical compounds that make them popular as non-stick coatings. In other words, they work well for cookware and are often used in pots and pans.

Polysiloxanes

Polysiloxane coatings were developed in the 1990s, which makes them a relatively new type of industrial coating. They are abrasion- and weather-resistant, and they have the benefit of maintaining the appearance of a polished surface. However, they do not always resist corrosion well. For this reason, they are often combined with other industrial coatings.

Why Use Industrial Coatings?

It is important to know when to use industrial coatings and which ones are appropriate for the project at hand. Knowing which coatings are best for indoor versus outdoor use, as well as how and where to apply them goes a long way in creating a lasting finish on a project.

Not every situation calls for the use of industrial coatings. When determining whether a coating is necessary, it is helpful to look at the purpose of a piece of equipment or surface. This will indicate what type of coating is ideal for that situation, as well as the required thickness and strength of the coating and how to improve the area`s functionality with a coating.

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