THE TNGA 160408 PT600B IS A HIGH-PERFORMANCE NEGATIVE TRIANGULAR INDEXABLE TURNING INSERT MANUFACTURED CHIEFLY BY KYOCERA.
IT IS CONSTRUCTED FROM AN ADVANCED MIXED ALUMINA CERAMIC COMPOSITE FEATURING ALUMINIUM OXIDE AND TITANIUM CARBIDE BASE SUBSTRATES.
THE DESIGN FEATURES A ZERO DEGREE CLEARANCE ANGLE WHICH PROVIDES EXCEPTIONAL EDGE STRENGTH DURING RIGID TURNING INTERFACES.
IT INCORPORATES AN ISO STANDARDISED TRIANGULAR SHAPE WITH A SIXTY DEGREE CUTTING PROFILE ANGLE FOR VERSATILE MACHINING.
THE PRECISION GROUND PROFILE LACKS A MOULDED MECHANICAL CHIPBREAKER TO MAINTAIN UNCOMPROMISED CERAMIC CROSS SECTIONAL BULK TOUGHNESS.
ITS NOMINAL CUTTING EDGE LENGTH MEASURES EXACTLY SIXTEEN POINT FIVE MILLIMETRES FOR CAPABLE PRECISION PROFILING PATHS.
THE INSERT FEATURES A THICKNESS OF FOUR POINT SEVEN SIX MILLIMETRES TO RESIST HIGH PRINCIPAL CUTTING FORCE DEFLECTIONS.
A CORNER RADIUS OF ZERO POINT EIGHT MILLIMETRES balances COMPONENT SURFACE FINISH WITH HIGH INDUSTRIAL EDGE RELIABILITY.
THE PREMIUM PT600B SPECIALTY GRADE COMBINES AGGRESSIVE THERMAL SHOCK RESISTANCE WITH MAXIMUM RESISTANCE AGAINST CRATER WEAR SCENARIOS.
IT UTILISES KYOCERA'S PROPRIETARY MEGACOAT TECHNOLOGY TO ENHANCE LIFE EXPECTANCY UNDER EXTREME CUTTING ZONE TEMPERATURES.
THIS INDUSTRIAL COMPONENT PROVES EXTREMELY EFFECTIVE AT TURNING HIGHLY HARDENED COLD WORK TOOL STEELS MEASURING OVER FIFTY HRC.
IT REPLACES COSTLY CUBIC BORON NITRIDE TOOLING IN STABLE AND HIGH SPEED OPERATIONS ON HIGHLY ABRASIVE CAST IRONS.
THE TOUGHENED CERAMIC MIXTURE PREVENTS CHEMICAL WELDING OR BUILT UP EDGE FORMATION WHEN CUTTING AT HIGH SURFACE FEET.
THE INSERT REQUIRES HIGHLY RIGID CLAMPING MECHANISMS AND HIGH HORSEPOWER CNC LATHES TO AVOID CHATTER CAUSING CATASTROPHIC FRACTURE.
THIS EXACT SPECIFICATION IS UTILISED HEAVILY IN AUTOMOTIVE GEAR PRODUCTION DIE SHOP FABRICATION AND AEROSPACE MANUFACTURING FACILITIES GLOBAL-WIDE.
