HTS is a bilayer AlTiN/TiSiN coating. The AlTiN layer gives the coating durability and resistance to impact, while the nanocomposite TiSiN layer provides hardness and heat resistance. This combination of properties allows HTS to perform at the highest levels in difficult-to-machine materials like titanium and hardened steels. HTS also works well in cast irons, super alloys, and stainless steels.

Superior thermal properties and high wear resistance makes HAC an excellent choice for a variety of applications. Milling, sawing, and hobbing operations in particular benefit from the improved hot hardness and thermal shock resistance of this coating.

Abrasion resistant, cathodic arc deposited coating. Excellent for high metal removal rate machining. Recommended for the machining of cast iron, hardened die steels up to HRc 65 and other heat resistant alloys.

HDT is engineered to perform in a diverse range of applications; from alloy steels to hardened materials and titanium.  HDT is exceptional for applications requiring high material removal rates by providing excellent wear resistance and high thermal resistance.

Magnetron sputtering technology gives HTY a smooth surface. The hardness and oxidation temperature of this coating allows it to excel in the machining of low carbon and stainless steels.

Lower coefficient of friction compared to HTN. A lubricious coating and with proper post treatment it is useful in stamping, forming and tapping operations, as well as the machining of non-ferrous materials.

A general-purpose coating allowing higher metal removal rates and extended tool life compared to uncoated tools. A viable choice for tapping and decorative applications.