Arc spraying is similar to the wire metallizing process. Greater amounts of metal can be applied more quickly for large areas and heavy build up requirements. The result, reduced cost and downtime for the customer on certain applications.

Thermospray processes provide a metallurgical bond with the substrate. Coatings have less porous finishes and are able to resist abrasive grains, fretting, cavitation and chemical environments.

The Ceramic Rod Spray System produces a "Sapphire Hard" Coating. Rokide rods are available in a variety of ceramic oxide compositions to handle the wide range of applications. Certain applications have been proved, in which, ceramic coated parts have outlasted original equipment parts by a ratio in excess of 100:1.

The Plasma Spray System uses different material in the form of powders and plasma spray as the source of heat to melt them. This method is especially useful when coating materials which cannot be fabricated as wire or rod, can be made as powder. The coatings applied resist oxidation, abrasives, high temperature corrosion, and high wear.

The HVOF process distinguishes itself by high particle velocity and excellent coating qualities. The result of this high tech process produce's coatings with a low oxide content and good adhesion properties. This process is an ideal alternative to hard chrome plating due to its low porosity and very dense coating which can be polished to a smooth mirror finish.

These protective coatings offer high adhesion, high lubricity properties in addition to providing excellent chemical and corrosion protection. These coatings are ideal for use in the... Marine, Chemical, Food, Construction, Steel, Brewery, Utility, and Ski Industries.