How To Protect things and Keep them Free from debris

There are many types of coatings in the industrial world which protect material and keep it free from debris at the same time. For instance, the practice of Physical Vapor Deposition (PVD) coats every molecule of a product with vaporized liquids and solids via a vacuum process. Chemical Vapor Deposition (CVD) does is a similar concept, except with chemicals. There is also another form of coating out there which produces a hard coating to the surface of a product which is reflective can be cleaned to a shine. This is the program called laser gold plating.


There are many types of coatings in the industrial world which protect material and keep it free from debris at the same time. For instance, the practice of Physical Vapor Deposition (PVD) coats every molecule of a product with vaporized liquids and solids via a vacuum process. Chemical Vapor Deposition (CVD) does is a similar concept, except with chemicals. There is also another form of coating out there which produces a hard coating to the surface of a product which is reflective can be cleaned to a shine. This is the program called laser gold plating.

Gold is utilized to plate many materials due to its natural resistance. An example is waveguide plating. The hollow tubes where electromagnetic waves are passed through are coated in gold for conductivity. Another example is gold-coating a product to hangle infrared signals or transmission. Over the last several decades, gold plating has been used as an advanced coating for military and space programs.

Companies that have been around for generations, Epner Technology is one, as well as newer companies, have adopted gold plating as one of their standards. The reason for this is the numerous, categorical advantages of gold plating. A major one is a reflectivity of close to 100 percent at the infrared level. This is greater than having the gold vaporized and deployed via a vacuum process. These reflective surfaces can be easily cleaned to maintain a strong infrared signal.

Another advantage is emissivity, the ratio of the energy radiated from a material's surface to that of an emitter at the same temperature and wavelength. Gold plating electrochemically modifies surfaces too delicate convoluted to permit physical polishing. Once the gold plating is applied, the product is able to achieve a repeatable and consistent emissivity value.

One more advantage of many, and perhaps the most useful, is the hardness of the gold coating. It can exceed 180 on the Knoop scale when measured by the diamond-indenter method. When the plating is applied, the product can withstand procedural cleaning methods for an indefinite amount of time.

Should you be interested in the number of benefits gold plating offers, start your research now to find the right company that fits your needs and your budget.
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