Solid Carbide
Diamond
Coated
High Speed Steel
Cobalt
Milling Cutters
New Products
Product Literature
Coatings
Tech. Info.

News
Distributor Training
Find Your Rep
Industry Links
Trade Shows
Company Info
Contact Us
FAQ's |
| Microshield
Coating |
TiN |
TiCN |
TiAlN
High Heat
(HH) |
TiAlN
Hard Materials
(HM) |
CVD
Diamond |
| Microhardness
(HV 0.05) |
2,300 |
3,000 |
3,000 |
3,500 |
10,000 |
| Coefficient
of Friction |
0.4 |
0.4 |
0.4 |
0.4 |
0.005 |
| Coating
Thickness (µm) |
1-4 |
1-4 |
1-4 |
1-3 |
.01-3 |
|
Max. Working Temperature |
1,100°F |
750°F |
1,470°F |
1,470°F |
1,100°F |
|
Coating Color |
Gold |
Blue/Gray |
Purple/Gray |
Purple/Gray |
Gray |
| |
|
|
|
|
|
| Which
Coating
Should I Use? |
Aluminum
&
Non Ferrous |
Steels |
Exotics |
Graphite
&
Non Metals |
| High
Speed Steel > |
TiN |
TiCN |
TiN |
TiCN |
|
| Cobalt
High Speed Steel > |
TiCN |
TiAlN |
|
| Solid
Carbide > |
TiCN |
TiAlN
Dry & HSM |
CVD
Diamond |
Uncoated
Accumulation
of workpiece material creates a build-up conditioning
on the cutting edge due to heat and pressure. Chip formation
is the result of tearing or pulling rather than cutting.
This will affect tool life, surface finish and workpiece
accuracy. |
Titanium
Nitride Coated
Ultra-thin
fim coating improves lubricity to enhance chip flow, resist
galling and build-up. This coated tool will last longer
because less heat is generated at the cutting edge resulting
in improved surface finish and accuracy, even at accelerated
feeds and speeds. |
| Watch
Microdemo
Coated -vs- Uncoated Movie |
Data
size: 308K
Duration: 5.00 sec.
Movie Size: 160 X 120 |
| |
|
|
|
|