SNMM 856-HR2:T9335 TURNING INSERT - NEGATIVE
SNMM 856-HR2:T9335 TURNING INSERT - NEGATIVE
PRA7015750
7015750
44.32
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http://schema.org/OutOfStock
/Product/PRA7015750
- Applicable Materials: Stainless Steel, Steel and Titanium/Super Alloys
- Chipbreaker: HR2
- Corner Radius: 2.4mm
- Hole Diameter: 0.359in
- Included Angle: 90°
- Inscribed Circle: 1in
- Insert Size: 856
- Insert Style: SNMM
- ISO Code: SNMM 250724-HR2:T9335
- Material: Carbide
- Material Grade: M, P, S
- Maximum Depth of Cut Decimal Inch: 0.63
- Maximum Depth of Cut Metric: 16.0
- Rake: Negative
- Relief Angle: 0°
- Seat Size: 25
- Shape: Squared
- Surface Treatment: CVD Coated
- Thickness: 5/16in
- Type: 1in
- ANSI Code: SNMM 856-HR2:T9335
- Country of Origin: CZ
- Has Attributes: Yes
- Has Image: Yes
- Manufacturer Grade: T9335
- Manufacturer Name: Dormer Pramet
- Width: 1in
Single-sided negative turning insert, square with inscribed circle diameter of 25.4mm, 7.94mm thick, 2.4mm nose radius and indexing accuracy according to ISO-tolerance class-M, chip-breaker HR2, in grade T9335, a MT-CVD coated functionally graded WC-Co carbide within ISO range P20-P45, for heavy to extra heavy machining of steels
- Application
- Item Features
- Standards
Heavy Roughing with High Feeds
- T9335 grade functionally gradient substrate with medium grain size
- Relatively high cobalt content
- MT-CVD coating of medium thickness
- Material shows very high strength
- Special surface finish for coating
- Designed for machining material groups P, M and S
- Medium cutting speeds
- Continuous and heavily interrupted cut
- Also withstands very unfavorable machining conditions
- HR2 chipbreaker - high productivity
- Optimized chip evacuation from the machined surface
- Stable cutting edge thanks to a wide peripheral land
- Positive, stable geometry with wide land
- Ideal for machining steels, cast irons and machining stainless steels
- Designed for rough forgings and castings
PROP65: This product contains chemicals known to the State of California to cause cancer. For more information: www.P65Warnings.ca.gov