Walter Surface Technologies
Walter Surface Technologies 05B011 11/16 X 1 Icecut Annular Core Cutters Weldon Shank pneumatic accessory
Aluminium-chromium coated annular cutters for dry drilling with a Weldon shank
- Cuts without lubricants thanks to AICrN coating
- Withstands 200°C higher temps than TiAlN cutters
- Produces less heat under load than conventional cutters
- Resists high stress and impact with chromium-aluminum blend
- 11/16 x 1 inch Weldon shank fits pneumatic tools
Icecut Annular Core Cutters
The Walter Surface Technologies 05B011 annular core cutters feature a Weldon shank for use with magnetic drill presses in metal fabrication and maintenance work. The 11/16 inch by 1 inch cutting geometry suits structural steel, plate and pipe applications where clean, accurate holes are required.
Exclusive AICrN coating
An aluminium-chromium nitride coating replaces conventional TiN or TiAlN layers and allows operation without lubricants where fluids are prohibited or impractical. The coating withstands at least 200 degrees Celsius higher temperatures, generates less heat and resists higher stress and instant impact better than standard coated cutters.
Pneumatic accessory limits
As a pneumatic accessory the cutters depend on the air supply and chuck rigidity of the host drill press for consistent performance. They are not intended for hand-held drilling or for materials and thicknesses outside the 11/16 by 1 inch cutting envelope.
Highlights
- Cuts without lubricants thanks to AICrN coating
- Withstands 200°C higher temps than TiAlN cutters
- Produces less heat under load than conventional cutters
- Resists high stress and impact with chromium-aluminum blend
- 11/16 x 1 inch Weldon shank fits pneumatic tools
Specifications
| Brand | WALTER |
|---|
Questions about this item
How often will the AICrN coating on the ICECUT annular core cutter need replacement under normal use?
The chromium-aluminum AICrN coating is designed to withstand higher stress and impact than conventional TiAIN cutters, reducing wear when lubricants cannot be used.
What temperature limit does the ICECUT annular core cutter reach first during sustained cutting?
The exclusive AICrN coating withstands at least 200 degrees Celsius higher temperatures than standard TiAIN cutters, delaying thermal failure under load.
Does the Weldon shank ICECUT cutter generate less heat during all-day pneumatic operation?
Yes, the chromium-aluminum coating produces less heat than conventional TiAIN cutters, lowering thermal buildup during continuous use.
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