When a metallic coat is applied on an object or surface, this process is referred to as metalizing. This method was started in the early days where silver metal was applied on glass surfaces. This was used to create mirror surfaces. The reasons of applying metal onto an object or surface is for protective, functional and decorative purposes. When in search of Metallizing service company Los Angeles should be given priority.
Surfaces on which this technique can be applied include plastic, glass, and metal among others. The surfaces are supposed to be poor electrical conductors. The surface has to be made conductive first before metalizing can be done. Metals used as coats on non-metallic surfaces include nickel and copper.
Many ways of metalizing objects exist. Two major ones are thermal spray and vacuum metalizing. Vacuum metalizing entails heating the metal to be used for coating until it boils. Heating is done in a vacuum chamber. After heating, it is left for a while to condense before being applied on the substrate. This method is normally useful when depositing aluminum on large glass mirrors of reflecting telescopes, whereby the heating process vaporizes the coated metal.
Spraying a coating metal on a surface is usually done in the thermal spray. This method involves mixing metal powder, a hardener and a binder. At room temperature, this mixture is sprayed onto a surface. This method protects steel from corroding. In this method, the metals used are zinc and aluminum.
Metalizing process has numerous benefits. It protects surfaces from corrosion. The surface lasts longer compared to painting alone. The application process is quicker compared to painting thus saves time. It also prevents rusting. It makes the surfaces impermeable and non- porous to elements such as water. Since the process is controlled, it provides even coating. The process guards a surface from extreme temperatures hence it stands the test of time.
The surface must be cleaned up properly before coating is done. This helps in improving the bond between the surface and the metal coat. Before being metalized, the surface should be vacuumed. Surface cleaning, vacuuming, and metallization should be done on the same day for better results. Surfaces tend to rust a bit if left overnight without being coated. An experienced contractor should be hired to perform the job.
The process has been made cost effective and viable due to advancements in the technology. Metalized products have improved in their quality a lot. This is due to new methods that have been introduced. The process finds a lot of application in a wide range of places and surfaces. These include processing industries, wind towers, water and waste water storage, treatment facilities, bridges, transitions, and gas transmission industries.
For a business to attract customers, one should ensure that their products are corrosive free, rust free and can last for many years. For businesses that use metallic objects, metalizing helps to reduce long-term costs. Parts that are metalized require minimum maintenance and also last longer.
Surfaces on which this technique can be applied include plastic, glass, and metal among others. The surfaces are supposed to be poor electrical conductors. The surface has to be made conductive first before metalizing can be done. Metals used as coats on non-metallic surfaces include nickel and copper.
Many ways of metalizing objects exist. Two major ones are thermal spray and vacuum metalizing. Vacuum metalizing entails heating the metal to be used for coating until it boils. Heating is done in a vacuum chamber. After heating, it is left for a while to condense before being applied on the substrate. This method is normally useful when depositing aluminum on large glass mirrors of reflecting telescopes, whereby the heating process vaporizes the coated metal.
Spraying a coating metal on a surface is usually done in the thermal spray. This method involves mixing metal powder, a hardener and a binder. At room temperature, this mixture is sprayed onto a surface. This method protects steel from corroding. In this method, the metals used are zinc and aluminum.
Metalizing process has numerous benefits. It protects surfaces from corrosion. The surface lasts longer compared to painting alone. The application process is quicker compared to painting thus saves time. It also prevents rusting. It makes the surfaces impermeable and non- porous to elements such as water. Since the process is controlled, it provides even coating. The process guards a surface from extreme temperatures hence it stands the test of time.
The surface must be cleaned up properly before coating is done. This helps in improving the bond between the surface and the metal coat. Before being metalized, the surface should be vacuumed. Surface cleaning, vacuuming, and metallization should be done on the same day for better results. Surfaces tend to rust a bit if left overnight without being coated. An experienced contractor should be hired to perform the job.
The process has been made cost effective and viable due to advancements in the technology. Metalized products have improved in their quality a lot. This is due to new methods that have been introduced. The process finds a lot of application in a wide range of places and surfaces. These include processing industries, wind towers, water and waste water storage, treatment facilities, bridges, transitions, and gas transmission industries.
For a business to attract customers, one should ensure that their products are corrosive free, rust free and can last for many years. For businesses that use metallic objects, metalizing helps to reduce long-term costs. Parts that are metalized require minimum maintenance and also last longer.
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