Wear Resistant Inserts are suited for milling tool steels.
June 30, 2010 -
Featuring micro-grain structure with medium cobalt content, DMK25 insert substrate provides edge strength and wear resistance, while maintaining toughness. It is formulated for applications involving tool steels, austenitic stainless steels, and most high-temperature alloys. Product is available in D (dished) and N (neutral) RHINO-CARB(TM) CNC-pressed insert geometries and in DMK25-GLH (Premium AlTiN), DMK257 (basic AlTiN), DMK25-HP (Premium AlCrN), and DMK253 (TiCN) coatings.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Dapra Corporation
66 Granby St.
Bloomfield, CT, 06002
USA
Dapra's Newest DMK25 Insert Grade Offers Outstanding Toughness and Wear Resistance for Milling Tool Steels, Austenitic Stainless Steels and High-Temperature Alloys
Dapra Corporation's new DMK25 insert substrate features a micro-grain structure with medium cobalt content, providing very good edge strength and wear resistance while maintaining outstanding toughness. DMK25 was formulated for applications involving tool steels, austenitic stainless steels and most high-temperature alloys.
DMK25 is available in Dapra's D (dished) and new N (neutral) RHINO-CARB(TM) CNC-pressed insert geometries. It is available in the following high-performance coatings: DMK25-GLH (Premium AlTiN), DMK257 (basic AlTiN), DMK25-HP (Premium AlCrN) and DMK253 (TiCN).
For more information on Dapra's full line of RHINO-CARB CNC-pressed inserts, please visit www.dapra.com/rhino.
Dapra Corporation
66 Granby Street
Bloomfield, CT 06002
P) 800-243-3344
860-242-8539
F) 860-242-3017
E) info@dapra.com
W) www.dapra.com
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