Tiger-tec Silver CVD-coating cutting tool material

Contact Details

Walter USA LLC

Address

N22 W23977 RidgeView Pkwy. W.

Waukesha

53188

WI

United States

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Phone

800-945-5554

Fax

262-347-2501

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September 01, 2010

Walter USA LLC reports that its Tiger-tec Silver CVD-coated cutting tool material offers extreme toughness for high thermal shock resistance and enhanced wear characteristics at high machining temperatures. According to the company, tool material properties can be adjusted in such a way as to improve cracking and breaking sensitivity, without having a negative impact on the high-temperature characteristics.

Additional Products from Walter USA LLC

M4000 Milling Cutter System

Walter says it has enhanced its M4000 milling cutter system with a new slot drill and a T-slot cutter, enabling users to tackle the vast majority of typical machining operations with a single high-performance yet cost-effective tooling system.

M2025/M2026 Octagon Finishing Facemills

Walter has unveiled its M2025/M2026 octagon finishing facemills designed to reporedly deliver superior surface quality on large cast iron components.

Thread Mill Orbital Unified National Fine

Walter has introduced its latest orbital thread mills, the Thread Mill Orbital Unified National Fine (UNF) 2xD and 3xD models.

Walter Cut G1011-P Grooving Tool

Walter has introduced the Walter Cut G1011-P, a new grooving tool that can enhance surface quality, extend tool life, and improve process reliability.

Tiger-tec Silver MP4,mm4 and MK4 Inserts

Walter has introduced a trio of universal, positive insert geometries that reduce downtime and boost performance in steel, stainless and iron machining (ISO material types P, M, and K).

D4580 Chamfer Body

The new Walter D4580 chamfer body provides cost effective drilling and chamfering in one tool.

Tiger-tec Silver WPPO5S Insert

Walter has introduced the Walter Tiger·tec Silver WPP05S, an extremely wear resistant indexable insert grade that delivers high performance and maximum productivity in steel machining (ISO P), particularly in roughing forged components and long production runs.