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High Speed Steel tools life increased 3 to 30 times. Carbide tools life increased 2 to 5 times. Deposition temperatures as low as 480-840F (250-450C) protect carbide's binder from deterioration, by comparison with the CVD process applied at more than 1,850F (1,000C). Isolates the tool from the part, avoids edge buildup and tool cratering. Reduced friction against workpiece and chips, reduced spindle torque, less vibrations, better finish. Speed and Feed increased 10 to 50%. Reduces or eliminates cooling (with specific coatings). Repeatable, stable performance of the coatings between batches. When required, our stripping procedures remove completely old coatings without attacking base steel. Regrinding and recoating saves 25 to 75% on tooling costs. 5-10 days batch turnaround.

Best Solutions for Toughest Applications™

HSS roughing end mills 3/8" x 3" to 2.0" x 12", coated with Sputtek's HID-tcn

Material to Machine HID™-tn HID™-tcn HID™-cn HID™-tan HID™-ex Aluminum, Low Silicom<10%      Aluminum, High Silicom>10%     Copper, Copper Alloys       Ductile, Malleable Cast Iron   Carbon Steel, 1000 Series     Alloy Steel, 4 to 9000 Series     Tool Steel     SS Steel, 300 Series       SS Steel, 400 Series     SS, PH Series       Titanium, Titanium Alloys   Nickel, Nickel Alloys, Cobalt     Wood, Paper       Composites, Plastics

Highly Recommended Recommended

End Mills,coated with IBC-Sputtek's HID-tn

Gear-cutting hobs coated with IBC-Sputtek HID-tn

24" long broaches, coated ith IBC-Sputtek's HID-tn

 

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