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Conventional Coatings<br />
CrN<br />
CrTiN<br />
ZrN<br />
14<br />
The standard coating for non-cutting<br />
applications:<br />
• for molds and dies<br />
• for machine parts<br />
• for optimal release of molds and dies<br />
• low deposition temperature possible<br />
(above 220 °C)<br />
<strong>PLATIT</strong> multilayer coating for universal use:<br />
• improved economy by using Ti<br />
• outstanding chemical resistance and<br />
toughness due to fine multilayer structure<br />
• for molds, dies and machine parts<br />
• for HSS cutting tools in high alloyed materials<br />
• lower deposition temperature possible<br />
Ti- and Cr-free monolayer coating<br />
• Effectively reduces the built up edges when<br />
machining aluminum and titanium alloys<br />
• High heat resistance<br />
• Fancy color<br />
Conventional Coatings<br />
CBC<br />
Hard lubricant<br />
CROMVIc<br />
2<br />
DLC<br />
| CROMVIc<br />
® 2®<br />
CBC<br />
Hard lubricant<br />
2<br />
DLC<br />
CROMTIVIc | CROMTIVIc<br />
® 2®<br />
CBC<br />
Hard lubricant<br />
2<br />
DLC<br />
ZIRVIc | ZIRVIc<br />
® 2®<br />
<strong>PLATIT</strong> double coating with nanogradient<br />
structure:<br />
• to avoid built up edges<br />
• for machining aluminium and titanium alloys<br />
• for forming application with optimum release<br />
<strong>PLATIT</strong> multilayer coating for universal use:<br />
• Same usage as CrTiN<br />
plus<br />
• prevents built-up edges<br />
• easy release of forming tools<br />
• wear and corrosion protection on machine<br />
parts and components<br />
<strong>PLATIT</strong> double coating with nanogradient<br />
structure:<br />
• for machine parts used at higher<br />
temperature with low friction<br />
• to avoid built up edges<br />
• for machining aluminum and titanium alloys<br />
• for forming application with optimum release<br />
15
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