Princo Tooling Division

Coating Layer	*TiN*	TiCN	*CrN*	TiALN FUTURA	TiALN FUTURA-NANO	TiALN XTREME
Coating Material	Titanium Nitride	Titanium Carbon Nitride	Chromiun Nitride	Titanium Aluminum Nitride	Titanium Aluminum Nitride	Titanium Aluminum Nitride
Micro- hardness HV(HV0.05)	*2000*	*3000*	*1800*	*3000*	*3300*	3500
Coefficient Against Steel(Dry)	*0.4*	*0.4*	*0.5*	*0.4*	*0.3~0.35*	0.4
Process Temperature	450 ℃ 840 ℉	450 ℃ 840 ℉	400℃ 750 ℉	450 ℃ 840 ℉	450 ℃ 840℉	450 ℃ 840 ℉
Max. Working Temperature	600 ℃ 1100 ℉	400 ℃ 750 ℉	700℃ 1300 ℉	800 ℃ 1470 ℉	900 ℃ 1650℉	800 ℃ 1470 ℉
Coating Color	*Gold*	Blue- Gray	Silver- Gray	Violet- Gray	Violet- Gray	Violet- Gray
Key Characteristics	*Good general purpose*	High hardness, goodwear resistance enhanced toughness	*Good adhesion, good corrosion and oxidation resistance*	Good adhesion, good corrosion and oxidation resistance	Excellent oxidation resistance	Excellent oxidation resistance
Primary Applications	Machining of iron-based materials Metal forming Plastic molding	For machining difficult-to machine steel alloys and high speed cutting where moderate temp are generated at the cutting edge Metal forming	Machining copper Metal forming Plastic molding	A multilayer coating designed for a wide range of carbide, cermet and high speed steel tooling Excellent for machining cast iron,stainless steel,nickel-based high temperature alloys and titanium alloys Designed for high speed and semi-dry or dry machining operations	The cha-racteristics of FUTURA are maintained and even improved in excellent adhesion, higher hardness, lower residual compressive stress Excellent for machining cast iron,stainless steel,nickel-based high temperature alloysand titanium alloys Designed for high speed andsemi-dry or dry machining operations	A specialized coating designed specifically for use on carbide end mills for the machining of hardened steel workpieces Designed for high speed and semi-dry or dry machining operations

Coating Layer	TiALN XCEED	TiALN SS	DLC	WC/C	HARDLUBE	CVD Diamond
Coating Material	Titanium Aluminum Nitride	Titanium Aluminum Nitride	Diamond- like Carbon	Tungsten Carbide /Carbon	TiALN +WC/C	Poly- crystalline Diamond
Micro- hardness HV(HV0.05)	3300		2500	1000	3000	8000 ~10000
Coefficient Against Steel(Dry)	0.4		0.1~0.2	0.1	0.1	0.1
Process Temperature	450 ℃ 840℉			250 ℃ 480 ℉	450 ℃ 840℉	600℃ 1100 ℉
Max. Working Temperature	900 ℃ 1650℉		350℃ 660 ℉	300 ℃ 570 ℉	850 ℃ 1560℉	<800℃ <1470 ℉
Coating Color	Violet- Gray		Black- Gray	Black- Gray	Black- Gray	Black- Gray
Key Characteristics	Excellent oxidation resistance		Enhanced sliding wear capacity with high lubricity	High lubricity, low tendency for adhesive wear	Protects cutting edge ensures reliable chip	High hardness
Primary Applications	Machining of difficult to machine materials like titanium alloys like TiAl6V4, inconel Machining of hard materials > 52 HRC High speed machining		Precision components; forming, molding; cutting aluminum alloys	Precision components Dry machining Plastic molding	Tough machining operations; high reliability; particular for tapping and drilling in tough to machine materials and materials with long chips; dry cutting or minimal lubrication	For cemented carbide tools only; cutting of graphit and non ferrious materials