THE TNMG 160412 PR1535 IS A PREMIUM DOUBLE-SIDED NEGATIVE TRIANGULAR INDEXABLE TUNGSTEN CARBIDE TURNING INSERT DESIGNED MANUFACTURED CHIEFLY BY KYOCERA.
IT IS CONSTRUCTED UPON A HIGH-TOUGHNESS FINELY GRAINED CARBIDE SUBSTRATE PRODUCING OUTSTANDING RESISTANCE TO MECHANICAL CHATTER AND CORNER CHIPPING.
THE NEGATIVE ZERO DEGREE SIDE RAKE GEOMETRY PROVIDES SIX USABLE SYMMETRICAL CUTTING EDGES FOR EXCEPTIONAL INDUSTRIAL COST-PER-EDGE ADVANTAGES.
ITS STANDARDISED SIXTY DEGREE TRIANGULAR SHAPE PERMITS RIGID PROFILE MOVEMENTS REVERSE CONTOUR FACING AND CONVENTIONAL FORWARD LONGITUDINAL CYLINDER TURNING.
THE METRIC NOMINAL CUTTING EDGE LENGTH EXTENDS TO SIXTEEN POINT FIVE MILLIMETRES FACILITATING VERSATILE MEDIUM TO HEAVY DEPTH REMOVALS.
A STRUCTURAL PROFILE BASE THICKNESS RATED AT FOUR POINT SEVEN SIX MILLIMETRES PREVENTS COMPONENT CRACKING UNDER EXTREME LATHE FEED LOADS.
THE GENEROUS ONE POINT TWO MILLIMETRE CORNER RADIUS REINFORCES THE POINT STRENGTH TO SAFELY WITHSTAND AGGRESSIVE INTERRUPTED CUT SHOCK FORCE.
IT INCORPORATES KYOCERA’S PROPRIETARY PR1535 MEGACOAT NANO MULTI-LAYERED PVD COATING CONSISTING OF HARD TITANIUM ALUMINIUM NITRIDE METALLURGICAL BASE MATRICES.
THE NANOMETER THIN COATING ARCHITECTURE BOOSTS LOCAL TEMPERATURE SURFACE HARDNESS AND IMPROVES THERMAL CRACK DEFLECTION TOLERANCE BY TWENTY THREE PERCENT.
THE ADVANCED SUBSTRATE RESISTS ADHESIVE CORROSION MINIMISING WORKPIECE METAL RESIDUE STICKING OR FORMING DESTRUCTIVE BUILT UP EDGES ON LATHES.
IT OPERATES SUPERBLY ACROSS CHALLENGING ISO M STAINLESS STEELS INCLUDING THREE HUNDRED AND FOUR OR THREE HUNDRED AND SIXTEEN COMPOSITIONS.
THE TOUGH BASE IS OPTIMISED FOR EXOTIC ISO S SUPERALLOYS ENCOMPASSING INCONEL WASPALOY COBALT CHROMIUM AND RUGGED TITANIUM COMPOSITIONS.
IT FEATURES PRE-MOLDED INTEGRATED SURFACE CHIPBREAKERS GEARED TO SNAPPILY BREAK STRINGY CHIPS REDUCING ENTANGLEMENT IN HIGH RPM MACHINES.
THE INSERT ABSORBS CRITICAL RADIAL PRESSURE FORCES RETURNING VIBRATIONS DOWNWARDS TOWARD THE MACHINE BEDWAYS VIA COMPATIBLE RIGID CLAMP HOLDERS.
