WalterSKU
MODEL NO. 05-B 008
MODEL NO. 05-B 010
MODEL NO. 05-B 013
MODEL NO. 05-B 015
MODEL NO. 05-B 113
MODEL NO. 05-B 308
MODEL NO. 05-B 313
MODEL NO. 05-B 315
MODEL NO. 05-B 400
MODEL NO. 05-B 413
MODEL NO. 05-B 500
Sold out
Original price
$70.60
-
Original price
$347.95
Original price
$70.60
-
Original price
$347.95
Original price
$70.60
$70.60
-
$347.95
$70.60
-
$347.95
Current price
$70.60
| /
Standard Shipping
Estimated Delivery Time: 7-10 Business Days. We currently ship to addresses within Canada only.
In-Store Pick Up
Monday-Friday: 9AM-5PM
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
Availability:
Out of stock
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
The new ICECUT annular cutters are coated with an exclusive mixture of chromium and aluminum (AICrN) and are designed to be used where lubricants are not permitted or problematic to apply. This new technology outperforms any Titanium (TiN) or Titanium-Aluminum (TiAIN) coating cutters. By incorporating a chromium aluminum blend into the coating. Walter ICECUT annular cutters can withstand at least 200 degrees Celsius higher temperatures and produce less heat than a conventional TiAIN cutter. This exclusive coating makes the ICECUT more resistant to higher stress under load and instant impact.
