Cutting Tool Coating Solutions-Naxau PVD/DLC Vacuum Coating Equipment-IE

Cutting Tool Coating Solutions

Four-layer film system structure to enhance tool cutting force

Cutting Tool Coating SolutionsCutting tool coating solution

Microdrill Coating for PCB

PVD Milling Cutter Coating

PVD Hobbing Coating

PVD Tap Coating

PVD Broach Coating

PVD Tower Drill Coating

ta-C Cutter Coating for Aluminu

Circular Saw Blade Coating

PVD/CVD Turning Insert Coating

Naxau Mold Coating Wizard

Type	Description	Durometer （HV）	Thickness （μm)	Antioxidant temperature （℃）	Coefficient of friction	Color	Application
TN	TiN	2000	1.0~3.0	600	0.25	Gold	General steel processing of taps
TiCN	TiCN	3800	1.0~3.0	450	0.2	Glay	Stainless steel and normal steel material processing of taps
TiAlN	TiAlN	3000	1.0~3.0	800	0.4	Dark Purple	General mold steel cutting processing
AM	AlTi-based	3300	1.5~3.0	900	0.4	Dark Gray	HRC≤40 mold steel, stainless steel cutting processing
ASM	AlTiSi-based	3500	1.5~3.0	1000	0.35	Dark Gray	HRC≤45 mold steel, stainless steel cutting processing
HM	TiSi-based	3800	1.0~3.0	1100	0.3	Bronze	Stainless steel, mold steel, titanium alloy cutting processing
HMA	TiSi-based	4200	1.5~3.0	1100	0.3	Bronze	Titanium alloy, powder metallurgy steel, HRC30~55 mold steel processing
CV	TiAlSi-based	3500	4~6	1000	0.3	Gold	Imitation CVD coating for turning inserts
APS	AlCr-based	3500	1.5~3.0	1100	0.3	Dark Gray	HRC ≥ 40 mold steel cutting processing, stainless steel processing
AG	AlCr-based	3500	0.5~1	1000	0.3	Dark Gray	Stainless steel highlighting, high-gloss processing of special high-gloss
AMS	TiAlCr-based	3600	1.0~5.0	1000	0.3	Dark Gray	Hobbing, gear shaping cutters for various conditions, milling cutters, inserts HRC ≤ 50 mold steel, cast iron, etc.
AMT	AlCr-based	4000	1.0~3.0	1000	0.3	Dark Gray	High-speed dry cutting of hobbing and gear shaping tools
AML	AlTi-based	3000	1.0~5.0	1000	0.4	Black	HRC≤45 mold steel, stainless steel cutting processing
AMR	AlTiSi-based	3500	1.0~5.0	1100	0.35	Bronze	For hardened steel above HRC55
AU	AlTiSi-based	3500	1.0~5.0	1100	0.35	Bronze	Specialized for PVD coating of stainless steel blades
DX	CrAlTi-based	3200	1.0~5.0	1000	0.4	Glay	General purpose for milling and drilling up to HRC55
DA	ZrN-based	3000	1.0~3.0	1000	0.3	Light Golden	Non-ferrous metal processing, stainless steel processing, titanium alloy processing, high temperature alloy processing
AMD	AlTiSi-based	4000	1.0~3.0	1200	0.35	Dark Gray	High-hardness mold steel machining, titanium alloy machining, high-temperature alloy machining
DH	CrAlSi-based	3500	1.0~5.0	1100	0.35	Bronze	Stainless steel milling, titanium cutting
DP	AlCr-based	3200	1.0~5.0	1000	0.3	Dark Gray	Hobbing tools for high-speed dry cutting, carbide tools for machining stainless steel, titanium alloy, mold steel
DT	AlCrTiSi-based	3600	0.5~3	1100	0.3	Bronze	52-65HRC high hardness die steel, deharpenable alloys, wear-resistant materials, tungsten-copper alloys, composite materials
TX-S	AlTi-based	3000	1.0~5.0	600	0.35	Gold	Carbon steel blades up to HRC40 are universal
TiB2	TiB2	3000	1.0~3.0	600	0.3	Greyish white	Non-ferrous metal processing, plastics processing

High Gloss Arc Tool Coating

Droplet free coating

Chemical Vapor Deposition Coatings

CVD Coating

Naxau CVD Chemical Vacuum Vapor Deposition coating services are mainly focused on high hard cutting tools, anti-adhesive/stamping molding and other tooling categories.Naxau CVD can deposit coatings from 5 microns to 20 microns thick, using TiN, TiCN and α-alumina (Al2O3) to form monolayers or multilayers.The CVD deposition process is typically at 900°C or above, with a coating time of 10 hours, and is only for high temperature resistant substrates.

ta-C Coating for Thin Blade Cutters

Thin Blade Cutters Coating

Naxau ta-C carbon film series, film thickness 0.2-0.5μm, hardness 3500-6000HV, coefficient of friction 0.1-0.15, low-temperature immersion film within 200℃, suitable for thin-blade knife tool applications. Skills significantly increase the cutting force without reducing the hardness and finish of the substrate, can be widely used in razor blades, lawn mowers, lint cutters, die cutters and other dry cutting conditions.

In addition, for thin-edged tools with high wear resistance requirements, NanoShield has a series of thick-film metal-ceramic films that can increase life by 2-4 times and reduce the risk of chipping.