Machine tapping DIN 376-C 7/16-14 - 2BX R45 H1 MasterTAP FANAR

A group of taps designed for high-performance threading of a wide range of materials such as steels, stainless steels, cast irons, non-ferrous metals and heat-resistant alloys and titanium alloys. Threading can be performed both on modern high-performance machining centers with high cutting speeds, as well as on older-type numerical machines and on conventional machine tools at slightly lower machining parameters.TIGHTENING FEATURES:. - Multilayer coating based on TiAlN+WC/C with much higher hardness, extremely smooth coating surface provides excellent properties in terms of friction and reduction of the formation of growths on the blades - Geometry and micro-geometry of cutting blades providing machining of a wide group of materials, good chip removal and high stability of machining - Material HSSE-PM - high speed steel grade made by powder sintering technology with optimum toughness at the same time good wear resistance- Multilayer coating based on TiAlN+WC/C with much higher hardness, extremely smooth coating surface provides excellent frictional properties and reduction in the formation of blade build-ups - Geometry and micro-geometry of cutting blades for machining a wide range of materials, good chip evacuation and high machining stability - Material HSSE-PM - high-speed steel grade made by powder sintering technology with optimum ductility at the same time good wear resistanceBenefits for the USER:. One tool for machining a wide range of materials - Highest tool life compared to commercially available products - Best workpiece surface quality and dimensional accuracy of workpieces - Excellent chip removal - High process reliability - Wet machining and MQL (Minimum Quantity Lubrication). C-R45-HL DIN-376/DIN-374/DIN-5156. High-performance machining of a wide range of materials such as steels, stainless steels, cast irons, non-ferrous metals and heat-resistant alloys. Protection. Tools are protected from wear by a multi-layer HL coating. The main elements are the TiAlN base, which is an ideal temperature barrier, and the top layer of tungsten carbide in a carbon matrix (WC/C) reduces build-up, great for machining ductile materials.