Content and grain size, carbides are used in many applications (SeeImage at top).
The Carbides Most Commonly Use in the TOOL and DIE Industry Are Made of Tungsen Carbide (Hard Material) and COBALT (Binder Metal).
To select the Appropriate Grade for a TOOL and DIE Application, it is imageant to have destaled allledge of carbide and how it is be incident.
Higher Binder Content Makes the Grade Softer and Tougher, While Lower Binder Content Makes It Harder, More Wear-Resistant, and Britten (See Figure 1)..
BeCAUSE of Brittleness and Hardness, The Material’s Homogeneity is Extremely Important in Terms of Transversve Streangth of the Material and Homogeneous Wear (Seefigure 2).
Several Other Properties are essential for carbide when it is using for tool and die:
Geometry, and the Lubricant Applied.several Grades we compared in a 0.065-part-Thick Stainless STEEL BLANKINGOPANG A WIRE EILECTRISCHARGE MACHING (EDM) Punch.
The Second Grade WAS A 15 Percent Coarse Grain. This Material Showed Excessive WEAR AFTER 5,000 Hits (Seefigure 5).
Galling, Which Contributes to Pullback Chipping. Finally, Virgin Carbide Can WithStand High Shock Levels While Mainting High Hardness.
Toughness can solve chipping proplems in the short term, it can reduce the portal for long time down the root.
M SatisFied, "But Improving Tool Life is No Longer Just a good IDEA; it is a needed to survive.