This particular category consists of materials like CBN and PCD which are much higher on hardness scale as compared to conventional materials like carbide or ceramic. Superior mechanical properties make them ideal for machining hardened steel, Hi Speed turning and milling of cast iron, machining exotic materials where heat generation is very high while cutting and similar tough applications where there is conventionally no option but to have grinding or poor tool life ultimately higher cost. CBN Tools are most ideal for Hardened steel machining, Hi speed cast iron machining & Efficient machining of exotic materials like titanium and nickel base alloys Automobile components are made from the latest generation of hard and wear-resistant materials, both ferrous and non-ferrous, a growing need for tools that are abrasion-resistant and can withstand these machining applications. PCD tooling is meeting these needs with an overwhelming success. From these machining applications, mainly on non-ferrous materials, PCD tools touched numerous industries, proving to be ideal solution for finishing and roughing application in turning , milling , drilling and end milling for automotive engine parts like transmission case, cylinder head, piston, cylinder block, connecting rod, oil pump housing and so on.

This particular category consists of materials like CBN and PCD which are much higher on hardness scale as compared to conventional materials like carbide or ceramic. Superior mechanical properties make them ideal for machining hardened steel, Hi Speed turning and milling of cast iron, machining exotic materials where heat generation is very high while cutting and similar tough applications where there is conventionally no option but to have grinding or poor tool life ultimately higher cost. CBN Tools are most ideal for Hardened steel machining, Hi speed cast iron machining & Efficient machining of exotic materials like titanium and nickel base alloys Automobile components are made from the latest generation of hard and wear-resistant materials, both ferrous and non-ferrous, a growing need for tools that are abrasion-resistant and can withstand these machining applications. PCD tooling is meeting these needs with an overwhelming success. From these machining applications, mainly on non-ferrous materials, PCD tools touched numerous industries, proving to be ideal solution for finishing and roughing application in turning , milling , drilling and end milling for automotive engine parts like transmission case, cylinder head, piston, cylinder block, connecting rod, oil pump housing and so on.

Pcd & Pcbn Cutting Tools

This Particular Category Consists Of Materials Like Pcd And Pcbn Which Are Much Higher On Hardness Scale, Ware Resistant And Heat Resistant As Compared To Conventional Materials
Ideal Applications For Pcd Tools
Aluminum, Al-si Alloys, MmcCopper And Copper AlloysFiber Reinforced PlasticsGraphite, And Carbon CompositesGreen Or Sintered Tungsten CarbideGlass Fiber CompositesMagnesium Alloys

Ideal Applications For Pcbn ToolsGrey Cast IronHardened Alloy SteelHardened Tool SteelPowdered Metal (sintered Iron)Hard Irons (ni-hard, High Cr Irons)Ni & Co Based Thermal SpraysSuper Alloys (heat Treated)

Pcd & Pcbn Cutting Tools

This Particular Category Consists Of Materials Like Pcd And Pcbn Which Are Much Higher On Hardness Scale, Ware Resistant And Heat Resistant As Compared To Conventional Materials
Ideal Applications For Pcd Tools
Aluminum, Al-si Alloys, MmcCopper And Copper AlloysFiber Reinforced PlasticsGraphite, And Carbon CompositesGreen Or Sintered Tungsten CarbideGlass Fiber CompositesMagnesium Alloys

Ideal Applications For Pcbn ToolsGrey Cast IronHardened Alloy SteelHardened Tool SteelPowdered Metal (sintered Iron)Hard Irons (ni-hard, High Cr Irons)Ni & Co Based Thermal SpraysSuper Alloys (heat Treated)

This particular category consists of materials like CBN and PCD which are much higher on hardness scale as compared to conventional materials like carbide or ceramic. Superior mechanical properties make them ideal for machining hardened steel, Hi Speed turning and milling of cast iron, machining exotic materials where heat generation is very high while cutting and similar tough applications where there is conventionally no option but to have grinding or poor tool life ultimately higher cost. CBN Tools are most ideal for Hardened steel machining, Hi speed cast iron machining & Efficient machining of exotic materials like titanium and nickel base alloys Automobile components are made from the latest generation of hard and wear-resistant materials, both ferrous and non-ferrous, a growing need for tools that are abrasion-resistant and can withstand these machining applications. PCD tooling is meeting these needs with an overwhelming success. From these machining applications, mainly on non-ferrous materials, PCD tools touched numerous industries, proving to be ideal solution for finishing and roughing application in turning , milling , drilling and end milling for automotive engine parts like transmission case, cylinder head, piston, cylinder block, connecting rod, oil pump housing and so on.

This particular category consists of materials like CBN and PCD which are much higher on hardness scale as compared to conventional materials like carbide or ceramic. Superior mechanical properties make them ideal for machining hardened steel, Hi Speed turning and milling of cast iron, machining exotic materials where heat generation is very high while cutting and similar tough applications where there is conventionally no option but to have grinding or poor tool life ultimately higher cost. CBN Tools are most ideal for Hardened steel machining, Hi speed cast iron machining & Efficient machining of exotic materials like titanium and nickel base alloys Automobile components are made from the latest generation of hard and wear-resistant materials, both ferrous and non-ferrous, a growing need for tools that are abrasion-resistant and can withstand these machining applications. PCD tooling is meeting these needs with an overwhelming success. From these machining applications, mainly on non-ferrous materials, PCD tools touched numerous industries, proving to be ideal solution for finishing and roughing application in turning , milling , drilling and end milling for automotive engine parts like transmission case, cylinder head, piston, cylinder block, connecting rod, oil pump housing and so on.

Pcd & Pcbn Cutting Tools

This Particular Category Consists Of Materials Like Pcd And Pcbn Which Are Much Higher On Hardness Scale, Ware Resistant And Heat Resistant As Compared To Conventional Materials
Ideal Applications For Pcd Tools
Aluminum, Al-si Alloys, MmcCopper And Copper AlloysFiber Reinforced PlasticsGraphite, And Carbon CompositesGreen Or Sintered Tungsten CarbideGlass Fiber CompositesMagnesium Alloys

Ideal Applications For Pcbn ToolsGrey Cast IronHardened Alloy SteelHardened Tool SteelPowdered Metal (sintered Iron)Hard Irons (ni-hard, High Cr Irons)Ni & Co Based Thermal SpraysSuper Alloys (heat Treated)

Pcd & Pcbn Cutting Tools

This Particular Category Consists Of Materials Like Pcd And Pcbn Which Are Much Higher On Hardness Scale, Ware Resistant And Heat Resistant As Compared To Conventional Materials
Ideal Applications For Pcd Tools
Aluminum, Al-si Alloys, MmcCopper And Copper AlloysFiber Reinforced PlasticsGraphite, And Carbon CompositesGreen Or Sintered Tungsten CarbideGlass Fiber CompositesMagnesium Alloys

Ideal Applications For Pcbn ToolsGrey Cast IronHardened Alloy SteelHardened Tool SteelPowdered Metal (sintered Iron)Hard Irons (ni-hard, High Cr Irons)Ni & Co Based Thermal SpraysSuper Alloys (heat Treated)