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Reduce the adhesion of ingredients and seasonings, as well as oil stains, with examples of cleaning time reduced by up to half! A trial price campaign is currently underway exclusively for those who have downloaded the materials!

Mechanical parts may experience a decrease in precision or even destruction due to the friction and wear between metal components, such as metal gears and bearings. It is necessary to enhance the durability of mechanical parts by applying coatings with excellent friction properties to metal surfaces. This results in the following benefits: - Before: For injection molding machines (PBT glass-filled) screws, TIN-treated products were used, but the fluidity was poor, requiring weekly regular cleaning. → After: By also treating the inner surface of the nozzle, the discharge amount has stabilized, and it has been operating for 7 months without maintenance! - Before: In automotive sliding parts, conventional chrome plating was used, but due to environmental regulations, there was an urgent need to switch to alternative technologies with superior wear resistance and sliding properties. → After: Durability and sliding properties have dramatically improved, boasting a processing record of over 1 million units to date. As shown above, this leads to reduced maintenance and increased processing capacity, providing significant benefits. You can view detailed specifications and more by downloading the catalog. If you are interested, please download the catalog to learn more.

No oiling needed, preventing biting! Presenting examples of coating solutions for sliding parts in food processing lines.

Stainless steel, while resistant to rust, has the drawback of being prone to "galling" (seizing). Similarly, the phenomenon of "galling" inevitably occurs in sliding parts made of the same metal materials. Particularly in parts like screws, where tightening and loosening are repeated, such as in the relationship between bolts and nuts, the duration until seizing occurs is significantly short. To extend the lifespan of parts, a coating that prevents galling is necessary. 【Examples of Benefits】 - Before: In precision plastic molding, wear of the guide pins and bushes in the mold was causing issues with mold accuracy. → After: Sliding properties improved, wear due to galling was reduced, enabling high-precision continuous molding. - Before: In SUS tie rods used for the preservation of important cultural properties, operational failures due to galling were a problem. → After: The galling phenomenon under high loads was improved, and it has been operating continuously for 20 years. As shown above, this leads to reduced maintenance and increased processing capabilities, providing significant benefits. You can view details such as specifications by downloading the catalog. If you are interested, please download and check the catalog.