Cutting performance
Cutting performance.
processing
titanium
Wear high
resistance
Reduce tooltips
temperature
High chip
Cut interest rates sharply
The edge
increase
productivity
Stainless steel is often used in aerospace and automotive industries because they are durable and corrosion-resistant. However,
Stainless steel is hard to process and hardened
Machine.
- machining hardening requires high cutting force to reduce tool life.
- high strength performance leads to chip breakage.
- low thermal conductivity leads to high temperature of cutting tool tip, leading to tool wear.
- high chemical reactions lead to jamming and clogging during wafer evacuation. This results in the erosion of the rake surface and the destruction of the cutting edge
Exxtral + (AlTiN)
Aluminum and Titanium Nitride
It is ideal for high performance processing of hardened materials. Its chemical composition makes its hardness high, is a kind of characteristic
It requires cutting hard material. In addition, Exxtral + coating corrosion resistance increase temperature up to 1470 ° F; The temperature is significantly higher than that of tin.
The application
Steel (carbon, mild, stainless steel, HGSS)/ / Inconel //
Ti… And other black metal materials
Color anthracite, dark grey
Microhardness of microhardness (high pressure) 3300
Friction polynomial coefficient. Steel (dry) 0.7
Max. The operating temperature of 800 ° C
1470 ° F
Coating thickness * 2-5 (mu m)
Multilayer structure
Exxtral silver (AlTiCrN)
Aluminum, Titanium, Chromium Nitride
ES is a PHVD coating specially used for hard alloy cutting tools and abrasive and adhesive materials. Its chemical composition includes a smooth CrN surface, which reduces the trend of cold welding and is used to cut the ideal properties of hard materials.
The application
Titanium / / Inconel / / stainless steel / / cast iron
… And their alloys
Silver color
Microhardness of microhardness (high pressure) 3300
Friction polynomial coefficient. Steel (dry) 0.4
Max. The operating temperature of 800 ° C
