VCGT 21.51-SF3:H07 TURNING INSERT - POSITIVE
PRA7168596
MFG #: 7168596
$140.08
/ PK (10)
- Manufacturer Grade: H07
- Insert Style: VCGT
- Insert Size: 21.51
- Insert Seat Size: 11
- Corner Radius: 0.4mm
- Chipbreaker: SF3
- Surface Treatment: Uncoated
- ANSI Designation: VCGT 21.51-SF3 H07
- Application: Finishing Applications
- Attributes (Y): Y
- For Use On: Hardened Steel, Cast Iron, Stainless Steel, Aluminum and Titanium, Super Alloys
- Image (Y): Y
- Included Angle: 35°
- ISO Designation: VCGT 110204E-SF3 H07
- Material: Carbide
- Material Grade: H, K, M, N, S
- Maximum Depth of Cut: 2 mm
- Rake: Positive
- Relief Angle: 7°
- Shape: Diamond
Single-sided positive turning insert, 35° rhomboid with 7° clearance, inscribed circle diameter of 6.35mm, 2.38mm thick, 0.4mm nose radius, indexing accuracy according to ISO-tolerance class-G, chip-breaker SF3 with rounded cutting edges, in grade H07, an uncoated WC-Co carbide within ISO range S01-S20, for fine to medium machining of super-alloys
- Item Features
- H07 grade special uncoated material for turning titanium and its alloys
- Suitable for continuous to slightly interrupted cut
- Suitable for turning, with an indexing accuracy to ISO tolerance class-G and chipbreakers on one side only
- SF3 chipbreaker - peripherally ground inserts
- Sharp cutting edge with minimal edge radius
- For small and slender components
- High process security
- Broad assortment of inserts covers wide range of applications
- Low cutting forces prevent work hardening
- Excellent surface finish
- Versatile chipbreaker
- Fine grain substrate with low cobalt content
- Positive inclined cutting edge prevents damaging the machined surface
- High abrasion resistance
- Resistance to pitting on the cutting face when machining titanium and its alloys
- Resistance to plastic deformation
- Also suitable for the machining of non-ferrous metals and cast iron
- H type fine grain material (without cubic carbides) with low cobalt bonding phase content
- Special grade for machining titanium alloys
- Small to medium cross sections of chip