THE TNMG 160404 PR1535 IS A TOP-TIER DOUBLE-SIDED NEGATIVE TRIANGULAR INDEXABLE TUNGSTEN CARBIDE TURNING INSERT DEVELOPED BY KYOCERA.
IT IS CONSTRUCTED UPON A HIGHLY RESILIENT ULTRA-FINE GRAINED TUNGSTEN CARBIDE SUBSTRATE PRODUCING REMARKABLE CORNER POINT DEFLECTION STRENGTH.
THE NEGATIVE ZERO DEGREE SIDE CLEARANCE GEOMETRY RELEASES SIX USABLE SYMMETRICAL CUTTING CORNERS FOR OUTSTANDING ECONOMICAL COST PERFORMANCE.
ITS STANDARD SIXTY DEGREE INCLUDED SHAPE IS PERFECT FOR COMBINED REVERSE FACING LONGITUDINAL CYLINDER TURNING AND INTRICATE PROFILING.
THE NOMINAL CUTTING EDGE LENGTH EXTENDS TO SIXTEEN POINT FIVE MILLIMETRES FOR WIDE ADAPTABILITY IN MEDIUM-TO-FINISHING OPERATIONS.
THE STRUCTURAL PROFILE BODY FEATURING A FOUR POINT SEVEN SIX MILLIMETRE BASE THICKNESS PREVENTS COMPONENT SHATTER UNDER LOADS.
A SHARP RADIUS MEASURING ZERO POINT FOUR MILLIMETRES MINIMISES DEFLECTION PRESSURE WHILST DELIVERING EXTREME DIMENSIONAL PRECISION CAPABILITIES.
THE ZERO POINT FOUR MILLIMETRE RADIUS CORNER RADICALLY LOWERS THE RISK OF CHATTER ON SLENDER OR THIN-WALLED WORKPIECES.
IT UTTERLY EXCELS AT PREVENTING BURRS OR UNWANTED FINISHING DEFECTS IN DELICATE SMALL-DIAMETER SHAFT FABRICATION PROTOCOLS.
IT INTRODUCES KYOCERA'S EXCLUSIVE PR1535 MEGACOAT NANO PVD MULTI-LAYER TECHNOLOGY EMBEDDED WITH HIGH-HARDNESS TITANIUM ALUMINIUM NITRIDE MATRICES.
THIS NANO-THIN BARRIER ARCHITECTURE RAISES THERMAL EXPANSION DEFLECTION TOUGHNESS LIMITS BY TWENTY-THREE PERCENT OVER PREVIOUS CARBIDE GENERATIONS.
THE METALLURGICAL BLEND HIGHLY INHIBITS BUILT-UP EDGES BY STOPPING STICKY COMPONENT CHIPS FROM WELDING UNTO METRIC CORNERS.
IT IS IDEALLY SUITED FOR CUTTING EXOTIC ISO M STAINLESS STEELS INCLUDING AUSTENITIC THREE HUNDRED AND SIXTEEN COMPOSITIONS.
THE TOUGH MATRICES REMAIN CHEMICALLY STABLE RUNNING HARD EXOTIC ISO S SUPERALLOYS LIKE TI-6AL-4V TITANIUM AND INCONEL VARIETIES.
THIS PRECISION RECEPTACLE SPECIFICATION IS EXTENSIVELY UTILISED IN MEDICAL INDUSTRY MANUFACTURING AEROSPACE INSTRUMENTATION AND CHEMICAL VALVES APPARATUS.
