Powder coating is a great finishing method that is gaining popularity all over the world because of its benefits. As a dry finishing process, it does not contain any solvents. This is a very important quality because it means that the substance does not contain VOCs, which usually cause pollution. For people who are careful about polluting the environment, this is a very good option to consider. When in search of Powder Coating Vancouver BC should be given priority.
The powders used in this process are usually finely ground. They contain particles of resin and pigment. The work of the pigment is to give the powder its color. The application involves the use of a gun, which applies the powder onto the surface that needs to be coated. The gun usually charges the powders negatively as it comes out through the nozzle and gets applied onto the substrate.
In order for this process to work effectively, the substrate needs to be grounded or neutral. Particles of powders only adhere to substrates that are electrostatically grounded. Once adhered to the surface, the particles remain there until they are cured in place. Once cured, they melt and fuse to produce a smooth and aesthetically pleasing coating. The coat is uniform and is of very high quality in comparison to the coatings that other methods produce.
Unlike liquid paints which require mixing and preparation before they are applied, powders are purchased while in their final form for use. This means that they are ready for use in their current form without requiring further mixing or preparation. As such, the work involved is very little and minimized. In case the work piece in question is huge then it means that a substantial amount of work is cut. Also, this helps a lot in minimization of variations in the quality of the final finish attained.
Powders are produced with different levels of melt viscosities. This quality is very essential in certain applications. Also, one can vary how thick the film is depending on their needs. Better edge coverage protection can be achieved through the ability to vary the thickness of the film in different parts of the substrate being coated.
As a finishing method, powder coating finds use in a wide range of settings and applications. For instance, it is heavily used in a number of settings, including automotive, commercial and residential metal works, and in industrial applications. This method can be applied on a number of products, which includes mechanical and auto parts, gates, fixtures, furniture, lighting, rims, railings, and furnishings among others.
The process can also be used on a wide range of materials, including galvanized steel, cast metals, steel alloys, stainless steel, aluminum, wood, plastic, and composite materials among others. The process can be applied on any material that can hold an electrostatic charge. If the material cannot hold an electrostatic charge, then other methods can be used to make it electrostatically grounded.
Lastly, the powders used can produce various finishes, including smooth, hammer tone, textured, and veins among many others. Most powders produce finishes that are meant for indoor use. However, outdoor finishes have also been produced and they are in wide use too.
The powders used in this process are usually finely ground. They contain particles of resin and pigment. The work of the pigment is to give the powder its color. The application involves the use of a gun, which applies the powder onto the surface that needs to be coated. The gun usually charges the powders negatively as it comes out through the nozzle and gets applied onto the substrate.
In order for this process to work effectively, the substrate needs to be grounded or neutral. Particles of powders only adhere to substrates that are electrostatically grounded. Once adhered to the surface, the particles remain there until they are cured in place. Once cured, they melt and fuse to produce a smooth and aesthetically pleasing coating. The coat is uniform and is of very high quality in comparison to the coatings that other methods produce.
Unlike liquid paints which require mixing and preparation before they are applied, powders are purchased while in their final form for use. This means that they are ready for use in their current form without requiring further mixing or preparation. As such, the work involved is very little and minimized. In case the work piece in question is huge then it means that a substantial amount of work is cut. Also, this helps a lot in minimization of variations in the quality of the final finish attained.
Powders are produced with different levels of melt viscosities. This quality is very essential in certain applications. Also, one can vary how thick the film is depending on their needs. Better edge coverage protection can be achieved through the ability to vary the thickness of the film in different parts of the substrate being coated.
As a finishing method, powder coating finds use in a wide range of settings and applications. For instance, it is heavily used in a number of settings, including automotive, commercial and residential metal works, and in industrial applications. This method can be applied on a number of products, which includes mechanical and auto parts, gates, fixtures, furniture, lighting, rims, railings, and furnishings among others.
The process can also be used on a wide range of materials, including galvanized steel, cast metals, steel alloys, stainless steel, aluminum, wood, plastic, and composite materials among others. The process can be applied on any material that can hold an electrostatic charge. If the material cannot hold an electrostatic charge, then other methods can be used to make it electrostatically grounded.
Lastly, the powders used can produce various finishes, including smooth, hammer tone, textured, and veins among many others. Most powders produce finishes that are meant for indoor use. However, outdoor finishes have also been produced and they are in wide use too.
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