Coating characteristics for industrial tooling.

TiN-Coat is our standard Titanium Nitride PVD coating. Due to its versatility and well-balanced properties, this coating has long been recognized as a reliable all-around solution across various applications. It serves as an effective wear protection layer, enhancing performance in drilling within the machine industry, metal forming processes, and plastic manufacturing.

TiN-Coat is fully food-safe, making it an excellent choice for applications in the food industry. Additionally, its exceptional chemical resistance and biocompatibility make TiN-Coat highly suitable for use in medical technology.

"µ-TiN" is our specially designed titanium all-around coating, characterized by its higher hardness and lower coefficient of friction compared to the standard TiN coating.

µ-TiN delivers superior performance in forming processes, plastic molding, and enhanced demolding of injection molds. Thanks to its high density, µ-TiN can perform better with lower thickness than its counterparts, making it suitable for microtools where low surface roughness and high precision play a vital role. The smooth and glossy appearance is due to a lower macroparticle distribution on the coating surface.

The gold-like appearance also makes it ideal for decorative applications. The µ-TiN layer is achieved through our patented advanced technology, utilizing innovative gas control to produce outstanding coating properties. Indocoat is the first coating service company in Indonesia to implement this technology, and field results have shown that this coating has better overall performance.

Cr-Coat is a CrN coating renowned for its excellent adhesion to a wide range of substrates, including steels, carbides, and titanium alloys, ensuring durability and performance in demanding applications. Additionally, its high abrasion resistance makes it a versatile solution for processing non-ferrous alloys.

The Indocoat Cr-Coat can achieve a coating thickness of up to 6 microns while maintaining low residual stress.

Based on Aluminium-Titanium Nitride, Indocoat's X-Coat is designed to tackle highly demanding machining applications focusing on cemented carbide tools for hard cutting and high performance machining both with and without lubrication. Moreover, X-Coat is field proven to perform well in punching and the forming of steel and plastic molds.

From automotive to aerospace industries, gear manufacturing plays a central role. Indocoat's Z-Coat enters these highly demanding areas with specially engineered layer architecture that produces an impact-resistant and temperature-resistant coating with optimum adhesion.

Utilizing the excellent adhesion, extreme temperature stability, and superior chemical resistance of AlCrN with high hardness and outstanding wear resistance of AlTiN incorporated in nanocomposite architecture, Z-Coat stands out as the ultimate solution for hobbing operations.

TIG-Coat is a nanostructure layer coating based on AlCrTiN. The distinctive chemistry of Indocoat's TIG-Coat provides protection against materials that aggressively corrode tool steel. This minimizes adhesive wear and prevents alloying between the work material and tool steel, leading to improved part release and increased productivity.

The nanostructure architecture of TIG-Coat is able to minimize crack propagation within the layer when subjected to shear load.

Tough, hard, and high-wear-resistance properties make VAR-Coat excel in cutting, forming, punching, and fine blanking applications. Its high-temperature-resistance multilayer structure, together with a self-lubricating top coat, delivers strong performance in numerous implementations, including high-tensile-strength stamping and forming (up to 1000 MPa).