Vacuum Metallizing: An Introduction

If you are considering saving the environment and also the money is on your wish list while doing plating and coating for your needs, that means that vacuum metallizing can be the only option that you have. You might want to have chrome plating and coating for your desired appearance, quality as well as durability of your products, however, you cannot deny the heavy pocket pinch as well as the health and environmental hazards that are associated with it. Visit the website to get started.

The acid which is applied in chrome plating is a carcinogen. It incorporates the use of cyanide and can bring about hydrogen embrittlement. This is a solution which has been proven and an effective, safe alternative to chrome plating. Vacuum metallizing equipment is applied for a wide range of purposes to make things shine like chrome. It could be automotive and aeronautical industries as well as telecommunication industries and various electrical components, and this is the most secure and cost-effective solution.

This process was invented in the 1960s, and from then, it has evolved and gone through vital developments in its use. Originally, this process was developed for the coating of the interior fittings such as the dashboards, lights, armrests of cars among others. At that time, the procedure did not incorporate an application of top-coat, and that resulted in the rapid erosion of the chrome effect of the exterior which made it vulnerable to scratches. Click here now for more info.

However, currently, the process has evolved and progressed, and such chances of vulnerability are nearly absent. It provides a brilliant metallic finish which can last for ages. Development in this field has been so great that the top-coat can become tinted to give colored chrome effects and imitation gold effects. Nevertheless, it does not have the same durability as that of a chrome coating and finishes, but in the consideration of the cost-effectiveness and durability it gives, it gives satisfaction.

Vacuum metallizing is a procedure where a non-porous substrate such as plastic, metal or glass which provides a simulated chrome finish. An extremely thin layer of pure aluminum is evaporated onto the surface that needs coating under vacuum placed inside a vacuum chamber. At that point, an aluminum vapor cloud is created, and when the cloud comes in contact together other surfaces, there occurs a condensation and bonding on the surfaces to create a thin uniform metallic layer giving the desired chrome shine effect.

It has a lot of application such as in electronics, telecommunication industries, in the military, aerospace as well as marine industries.