Ceramic Inserts, Ceramic Turning Inserts;Ceramic Insert for Turning Hardened Steel;Ceramic Inserts for Cast Iron machining

· Ceramic milling typically runs at 20 to 30 times the speed of carbide, although at lower feed rates (~.0039 inch/tooth (~0.1 mm/tooth)), which results in high productivity gains. Due to intermittent cutting, it is a much cooler operation than turning. For this reason, speeds of 2297-3280 ft/min when milling are adapted, compared with 656-984 ft/min for turning.

· Ceramics have a high tendency for notching, which is why round inserts are primarily used to ensure a high lead angle.

· Never use coolant.

· Ceramics have a negative effect on the surface integrity and topography, and are therefore not used when machining close to the finished component shape.

Improved work efficiency by increasing cutting speed on average three times higher than carbide inserts, Longer tool life through excellent wear resistance, Precise cutting and superior surface roughness

Specifications

Application: wildly used for machining the cast iron, quenching steel and carbide parts, the hardness is about HRC45~65
Performance:
high thermal shock resistance
Excellent fracture
Distinguished wear resistance
Specification:
SNGN0903XX
SNGN0904XX
SNGN1204XX
SNGN1207XX
SNGN1507XX
SNGN1907XX
SNGN2509XX
SPGN0903XX
SPGN1204XX
SPGN1504XX

TNGN1103XX
TNGN1604XX
TNGN2207XX
TPGN1103XX
TPGN1603XX

FNGN1307XX
FNGN1707XX

CNGN1204XX
CNGN1207XX
CNGN1604XX
CNGN1607XX

RNGN090400
RNGN120400
RNGN120700
RNGN150700
RNGN190700
RNGN190900
RNGN250900
RNGN251000
RBGN090400
RBGN120700
RBGN150700
RBGN190700
RBGN250900

RCGX090700
RCGX120700
RCGX151000
RCGX191000
RCGX251000