Chroamor is widely used for semiconductor-related parts (such as sealing molds and ejector pins) in order to enhance mold releasability and wear resistance, prevent galling, and improve solder adhesiveness. There are some cases where thin chrome plating is used for surface treatment of semiconductor-related machine parts. However, semiconductor chips have become shorter, smaller and thinner, their manufacturing process has become faster, and filler has been used as additives, and these changes have caused problems such as poor mold releasability, galling on pin surfaces, and solder adhesion problems with molded terminal parts. Using Chroamor for such parts can improve these problems.

Chroamor has been used for a large number of molded parts made of highly corrosive and adhesive resins such as phenolic resins, vinyl resins, cellulose acetate, and amino resins. There are many cases where these parts are generally subject to normal chrome plating from the viewpoint of mold releasability and wear resistance, but durability under harsher conditions is expected due to various reasons, including development of new materials such as engineering plastics, use of various additives such as calcium carbonate and glass fiber, and increased molding temperature. For such applications, Chroamor is effective in improving resin releasability and fluidity and preventing the adhesion of resin, thereby helping to improve the quality of plated products and extending the service lives of various components.

Glass forming molds are often heated at high temperature (600 to 700℃) and so if normal chrome plating is applied, it cannot be used for a long period due to problems such as the occurrence of hairline cracks, the peel-off and transfer of oxide films formed on the surfaces, and their resultant abrasion. However, using Chroamor forms fine and rigid oxide films through heat treatment, making the peel-off of oxide films extremely little and retaining their rigidity at high temperature, making it possible to extend the service life of the product and reduce the maintenance burden.

Chroamor is also used for spinning machine parts such as clasps. New fiber aimed at high functionality has been used and machine operating speeds have been increased for cost reduction, causing the abrasion circumstances of spinning machine parts to become harsher than before. If Chroamor is used for components that produce significant wear on normal chrome plating, their service lives can be extended.

Most metal powder, ceramic powder, and other powder used with powder injection molding are very hard materials, causing significant wear on molded parts and affecting the working environment due to dust produced by abrasion. Applying Chroamor to die plates has been producing satisfactory results. For example, a die plate had severe wear with a maximum depth of 0.7 mm when approximately 700,000 shots were delivered, but the same die plate to which Chroamor was applied had almost no wear even after 3,000,000 shots were delivered.

Chroamor has better corrosion resistance to chlorides, sulfides, and artificial perspiration and better erosion resistance than normal chrome plating. This means that Chroamor can be used to prevent corrosion on components subject to significant corrosion and abrasion, fuel-system machine parts, and copper alloys.