TNMG 332-SF:T6310 TURNING INSERT - NEGATIVE
TNMG 332-SF:T6310 TURNING INSERT - NEGATIVE
PRA6919803
6919803
9.76
/ EA
http://schema.org/OutOfStock
/Product/PRA6919803
- Applicable Materials: Hardened Steel, Cast Iron, Stainless Steel, Aluminum, Steel and Titanium/Super Alloys
- Chipbreaker: SF
- Corner Radius: 0.8mm
- Hole Diameter: 3.81mm
- Included Angle: 60°
- Inscribed Circle: 9.525mm
- Insert Size: 332
- Insert Style: TNMG
- ISO Code: TNMG 160408E-SF T6310
- Material: Carbide
- Material Grade: H, K, M, N, P, S
- Maximum Depth of Cut Decimal Inch: 0.118
- Maximum Depth of Cut Metric: 3.0
- Rake: Negative
- Relief Angle: 0°
- Seat Size: 16
- Shape: Triangular
- Surface Treatment: CVD Coated
- Thickness: 3/16in
- Type: 16.5mm
- ANSI Code: TNMG 332-SF T6310
- Country of Origin: CZ
- Has Attributes: Yes
- Has Image: Yes
- Manufacturer Grade: T6310
- Manufacturer Name: Dormer Pramet
Double-sided negative turning insert, triangular with inscribed circle diameter of 9.525mm, 4.76mm thick, 0.8mm nose radius, indexing accuracy according to ISO-tolerance class-M, chip-breaker SF with rounded cutting edges, in grade T6310, a PVD coated extra fine grained WC-Co carbide within ISO ranges M01-M15 and S01-S15, for fine to medium machining of stainless-steels and super-alloys
- Application
- Item Features
- Standards
Finishing Applications
- T6310 grade high reliability due to special new sintering process
- High wear resistance (new substrate with high strength and hardness)
- PVD coating using triple coating technology, multilayer TiAlN + top layer AlTiSiN with high hardness
- High strength and reliability of the insert during continuous cut
- Excellent durability of the inserts for higher cutting speeds
- Type H ultra submicron substrate
- Medium cobalt bonding phase content
- Cutting edge is extremely strong and stable
- Suitable for applications that require coolant and also for dry machining
- Can potentially be used in unstable conditions
- Rounded edge
PROP65: This product contains chemicals known to the State of California to cause cancer. For more information: www.P65Warnings.ca.gov