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Sandvik Coromant 5731162 T-Max® P Negative Basic Shape Turning Insert, DNMM 444-PR 4205, D-55 deg Diamond, DNMM Insert, 4205
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Sandvik Coromant 5731162 T-Max® P Negative Basic Shape Turning Insert, DNMM 444-PR 4205, D-55 deg Diamond, DNMM Insert, 4205
SKU1235182
MFGR #5731162
Your Cost: $22.99/ea
List: Sandvik Coromant Turning Insert, Negative Basic Shape, Series: T-Max® P, DNMM Insert, D-55 deg Diamond, 6 mm Maximum Depth of Cut, 1/2 in Inscribed Circle, 1/4 in Thickness, 0.6103 in Length, PR Chipbreaker, 0.0624 in Corner Radius, 0.2029 in Hole Dia, Manufacturer's Grade: 4205, ANSI Code: DNMM 444-PR 4205, ISO Code: DNMM 15 06 16-PR 4205, 55 deg Included Angle, 0 deg Relief Angle, Neutral Hand, Carbide, MTCVD Coated, Material Grade: P
Sandvik Coromant Turning Insert, Negative Basic Shape, Series: T-Max® P, DNMM Insert, D-55 deg Diamond, 6 mm Maximum Depth of Cut, 1/2 in Inscribed Circle, 1/4 in Thickness, 0.6103 in Length, PR Chipbreaker, 0.0624 in Corner Radius, 0.2029 in Hole Dia, Manufacturer's Grade: 4205, ANSI Code: DNMM 444-PR 4205, ISO Code: DNMM 15 06 16-PR 4205, 55 deg Included Angle, 0 deg Relief Angle, Neutral Hand, Carbide, MTCVD Coated, Material Grade: P
ANSI Code DNMM 444-PR 4205 Catalog Number 5731162 Corner Radius 0.0624 in Country of Origin SE Finish CVD-TiCN+Al2O3+TiN Coated Gross Weight Per Pack 0.3700 lb Hole Diameter 0.2029 in Included Angle 55 ° ISO Code DNMM 15 06 16-PR 4205 Relief Angle 0 ° Series T-Max® P Thickness 1/4 in UPC 11 69826242147 Stock Status NONSTOCK Brand Sandvik Coromant Manufacturer Sandvik Coromant Chipbreaker PR Cutting Direction Neutral For Use On Steel Inscribed Circle 1/2 in Insert Size 444 Insert Style DNMM Manufacturer's Grade 4205 Material Carbide Material Grade P Maximum Depth of Cut 0.236 in Rake Negative Seat Size 15 Shape Rhombic Finishing insert Excellent chip control Can also be used for precision boring Aluminum oxide with optimized microstructure offers a 50% longer tool life under conditions of crater wear and also reduced machining times Mechanical post-treatment - unique residual stress rate, increased process reliability Large, universal chip breaking area and longer tool life for ISO P geometries Ground seating surface after coating for improved process reliability when working with interrupted cuts Silver flank face indicator layer for extremely easy wear detection Microedge technology offers a 30% longer tool life under conditions of flank face wear or plastic deformation Extremely smooth rake face for excellent tribochemical wear resistance
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| ANSI Code | DNMM 444-PR 4205 |
| Catalog Number | 5731162 |
| Corner Radius | 0.0624 in |
| Country of Origin | SE |
| Finish | CVD-TiCN+Al2O3+TiN Coated |
| Gross Weight Per Pack | 0.3700 lb |
| Hole Diameter | 0.2029 in |
| Included Angle | 55 ° |
| ISO Code | DNMM 15 06 16-PR 4205 |
| Relief Angle | 0 ° |
| Series | T-Max® P |
| Thickness | 1/4 in |
| UPC 11 | 69826242147 |
| Stock Status | NONSTOCK |
| Brand | Sandvik Coromant |
| Manufacturer | Sandvik Coromant |
| Chipbreaker | PR |
| Cutting Direction | Neutral |
| For Use On | Steel |
| Inscribed Circle | 1/2 in |
| Insert Size | 444 |
| Insert Style | DNMM |
| Manufacturer's Grade | 4205 |
| Material | Carbide |
| Material Grade | P |
| Maximum Depth of Cut | 0.236 in |
| Rake | Negative |
| Seat Size | 15 |
| Shape | Rhombic |
| Finishing insert |
| Excellent chip control |
| Can also be used for precision boring |
| Aluminum oxide with optimized microstructure offers a 50% longer tool life under conditions of crater wear and also reduced machining times |
| Mechanical post-treatment - unique residual stress rate, increased process reliability |
| Large, universal chip breaking area and longer tool life for ISO P geometries |
| Ground seating surface after coating for improved process reliability when working with interrupted cuts |
| Silver flank face indicator layer for extremely easy wear detection |
| Microedge technology offers a 30% longer tool life under conditions of flank face wear or plastic deformation |
| Extremely smooth rake face for excellent tribochemical wear resistance |