DLC Diamond-Like Carbon (Titanium-Plated) Coating (abbreviated as DLC) is a coating that contains diamond-like components in its microstructure. The element that constitutes DLC is carbon. The different bonding methods between carbon atoms and carbon atoms ultimately result in different substances: Diamond—carbon-carbon bonds in the form of sp3 bonds; Diamond-Like Carbon (DLC)—carbon-carbon bonds in the form of sp3 and sp2 bonds; Graphite—carbon-carbon bonds in the form of sp2 bonds.

Characteristics of DLC Coating:

Due to its diamond-like components, DLC possesses many excellent properties: high hardness—60 GPa or above Hv4800; low friction coefficient of 0.02; excellent film density; good chemical stability; and good optical performance, among others. The special performance exhibited by DLC coatings applied to molds far exceeds that of other hard coatings. DLC-coated stamping molds are primarily used in applications such as graphite cutting, cutting of various non-ferrous metals (e.g., aluminum alloys, copper alloys), and cutting of non-metallic hard materials (e.g., acrylic, fiberglass, PCB materials).
The industrial production of DLC coatings began in the late 20th and early 21st centuries. Compared to conventional hard coatings applied to molds (such as TiN, TiAlN, CrN, TiCN, etc.), it is a嶄新的 coating technology. Currently, there are very few manufacturers worldwide that can effectively apply this technology. DLC represents the new generation of hard coating technology and its application, serving as a typical example and future direction.

Coating types include: molybdenum disulfide, MOST, molybdenum disulfide coating, DLC, parylene coating, underwater paint applications, etc.

Polyurea with solid content above 99%, wear-resistant, anti-corrosion, explosion-proof AD-HD41000 series coating

VOC (Volatile Organic Compounds) content is zero, solid content above 99%. Anti-corrosion: 5000 hours

Provides excellent elastomeric protective coating for various substrates, with outstanding adhesion performance on treated substrates in humid environments.

The high-performance formulation of the AD-HD41000 series coating allows it to form a chemically resistant and moisture-resistant protective layer.