Sandvik Coromant 5919024 CoroMill 325 Thread Whirling Insert, ANSI Code: 325R16-275HBF01 1105, 325 Insert, Triangular Shape, External Thread, HB Thread, 2.75 mm Pitch, Right Hand Cutting, Manufacturer's Grade: 1105, Material Grade: H, K, M, N, P, S
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Sandvik Coromant 5919024 CoroMill 325 Thread Whirling Insert, ANSI Code: 325R16-275HBF01 1105, 325 Insert, Triangular Shape, External Thread, HB Thread, 2.75 mm Pitch, Right Hand Cutting, Manufacturer's Grade: 1105, Material Grade: H, K, M, N, P, S
Your Price
Sandvik Coromant 5919024 CoroMill 325 Thread Whirling Insert, ANSI Code: 325R16-275HBF01 1105, 325 Insert, Triangular Shape, External Thread, HB Thread, 2.75 mm Pitch, Right Hand Cutting, Manufacturer's Grade: 1105, Material Grade: H, K, M, N, P, S
Description
Sandvik Coromant Thread Whirling Insert, Series: CoroMill 325, 325 Insert, 16 Insert, Triangular, External, HB, 2.75 mm Pitch, 3/8 in Inscribed Circle, ANSI Code: 325R16-275HBF01 1105, ISO Code: 325R16-275HBF01 1105, HB Chipbreaker, Positive Rake, Manufacturer's Grade: 1105, Right Hand Cutting, Carbide, PVD-AlTiN Coated, Material Grade: H, K, M, N, P, S
Product Number: 826219024
Manufacturer: Sandvik Coromant
Price:
MFG #: 5919024
Manufacturer: Sandvik Coromant
Specifications
ANSI Code: 325R16-275HBF01 1105
Chipbreaker: HB
Cutting Direction: Right Hand
Finish: PVD-AlTiN Coated
ISO Code: 325R16-275HBF01 1105
Inscribed Circle: 3/8 in
Insert Size: 16
Insert Style: 325
Manufacturer's Grade: 1105
Material: Carbide
Material Grade: H, K, M, N, P, S
Pitch: 2.75 mm
Rake: Positive
Series: CoroMill 325, CoroMill® 325
Shape: Triangular
Thread Standard: HB
Thread Type: External
Item Features
- Increased productivity - single pass machining from stock diameter reduces cycle time by minutes
- No additional finishing operation is needed
- Optimized for titanium and stainless steel
- Blanks and engineered designs available for own unique profiles
- Chip control is superior to single point threading, enabling more continuous and productive machining
- Increased tool life - thread whirling inserts have stronger cutting edges than single point tools
- Cost saving - finishing treatment is not required after thread whirling, unlike single point threading
- Multi-inserts apply even cutting pressure on long, slender components - creating high precision thread forms without bending
- Reduce downtime by eliminating the need to match rough and finish insert forms and special support devices
- Deeper thread forms (such as Acme) can be achieved more easily
- High quality threads
- Compatible with many sliding head machines and spindles