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Cemented Carbide Non Standard Shaped Blanks Core Bars Custom Powder Metallurgy Mold Core Rods

Custom Powder Metallurgy Core Rods
Cemented carbide non-standard shaped blanks and core bars are essential for custom powder metallurgy mold core rods. These high-performance components are designed to meet specific industrial requirements, offering superior wear resistance and strength. Made from high-quality cemented carbide, they ensure durability and precision in demanding applications such as machining, mining, and tooling. Custom powder metallurgy mold core rods provide flexibility in manufacturing complex parts, enhancing efficiency and reducing production costs. Ideal for industries seeking reliable and durable solutions, these products are a cornerstone of modern manufacturing processes.
Cemented Carbide Custom Shaped Blanks & Core Rods
Our Cemented Carbide Custom Shaped Blanks and Core Rods are precision-engineered to meet the unique demands of advanced manufacturing processes. Utilizing high-quality cemented carbide, these components offer exceptional hardness, wear resistance, and durability, ensuring long-lasting performance in challenging environments. Designed for custom powder metallurgy molds, our core rods and blanks are tailored to fit specific applications, providing superior precision and reliability. Whether for cutting tools, mining equipment, or industrial machinery, our products enhance efficiency and reduce maintenance costs. Choose us for unmatched quality and customized solutions that drive your industry forward.
 

Features:

  • High Hardness & Wear Resistance:Made from premium cemented carbide, ensuring long-lasting durability.
  • Customized Shapes:Tailored to fit specific applications, supporting complex manufacturing needs.
  • Precision Engineering:Delivers superior accuracy and reliability for demanding industrial use.
Cemented Carbide Mold Core Rods
Powder Metallurgy Custom Core Rods
Cemented Carbide Custom Blanks

PRODUCT SPECIFICATIONS

Material List

Grade Density (g/cm³)±0.1 Cobalt Content (Co%)(±0.5%) Grain Size Hardness (HRA)±0.5 Hardness (HV10) Transverse Rupture Strength (kgf/mm²) Application
YH08 14.95 6 1.0 92.5 1750 240 Highly wear-resistant straight barrel powder metallurgy molds for ceramic clay.
YH06F 14.75 7 0.8 93 1820 240
YH07F 14.7 8 0.8 92.5 1750 250
YH10F 14.45 10 0.8 91.5 1580 350 Straight barrel forming and shaping molds
YH12F 14.25 12 0.6 92.2 1700 300
YH13F 14.1 13 0.8 90.5 1550 350 lron-silicon-aluminum mold blanks with upper and lower punches.
GH20F 13.9 15 0.8 90 1430 380
AH15A 13.95 15 1.0 89.5 1350 380
GH12S 14.10 12 1-3 89.7 1400 330
YH20 14.75 7 1-3 91 1520 280 Wire drawing dies, magnetic material moldspowder metallurgy moldsand wear-resistant parts.
YH25 14.75 8 3.0 90.0 1450 290
YH30 14.55 9 1-3 91 1500 300
YH40 14.5 10 3.0 89.5 1350 320
GH05 14.35 12 3.0 88.5 1250 330 Molds and mandrels for powder metallurgynon-standard structural components.
GH10 14.35 12 10.0 87.5 1150 330
GH15 14 15 3.0 87.5 1150 350
GH20 14 15 10.0 86 1050 350
GH40 13.6 20 10.0 84.5 950 310 Spherical, thick-walled, and long punches.
GH50N 13.4 22 10.0 83.5 850 290 Spherical punches.
Grade Co% (±0.5%) Density (g/cm3 )±0.1 Hardness (HRA) Transverse Rupture Strength (kgf/mm²) Impact Resistance (kgf- m/cm2) Application
LG2 6 14.924 90.8 320 0.28 Wear-resistant / Wire drawing die
LG3 10 14.585 89.5 340 0.5 Strong beam mold
LG5 12 14.381 88.5 340 0.55
LG6 15 14.085 87.5 320 0.62
GH80 20 14.618 84.8 310 0.80 Impact-resistant, large-diameter screw mold, nut upper mold, six-piece mold, screw first-strike mold, shear mold
GH90 19 13.440 83.0 300 0.90 Impact-resistant, nut mold (thin head type)
GH95 20 13.267 82.5 290 0.92 Impact-resistant, nut mold (thin head type)hot extrusion mold
LT6 15 13.967 87.0 330 0.75 Stainless steel, low single deformation, strong beam, ball head
LT7 20 13.461 85.5 320 0.80 Stainless steel F-head screw mold, screw, trumpet moldnecking first-strike, straight-hole mold (below 5mm aperture)
LT7A 19 13.536 86.0 300 0.75 Strong beam, edge/neck shrinking, rivet stamping
LT8 22 13.332 84.5 280 0.85 Standard beam, support rod, full-tungsten first-strike
LT10 23 13.246 83.5 260 0.93 F-head straight-hole mold, trumpet-hole mold, serrated mold convex-head mold, straight-hole mold (for washers)
LT10A 21 13.242 83.0 250 0.85 Triangle (with F-head), standard iron & large-head products
HD02 23 13.074 82.0 230 0.95 Stacked plates, flange bolts
YG20 19 13.571 86.5 300 0.60 Base pad
Grade Density (g/cm³)±0.1 Cobalt Content (Co%)(±0.5%) Grain Size Hardness (HRA)±0.5 Hardness (HV10) Transverse Rupture Strength (kgf/mm²) Application
YH08 14.95 6 1.0 92.5 1750 240 Wire drawing dies, precision cutting of non-ferrous materialsand powder metallurgy molds for ceramic clay.
YH06F 14.75 7 0.8 93.0 1820 240 Plywood woodworking straight knives and powder metallurgy molds for ceramic clay.
YH07F 14.70 8 0.8 92.5 1750 250 Plywood woodworking straight knives and powder metallurgy molds for ceramic clay.
YH10F 14.45 10 0.8 91.5 1580 350 Cutting tools for plywood and solid wood (straight and shaped knives),round bar milling cutters, powder metallurgy molds, and drawing dies.
YH00F 14.25 12 0.6 92.2 1700 300 End mills, reamers, and other bar materials.
YH20 14.90 7 1-3 91.0 1520 280 Wire drawing dies, powder metallurgy molds, wear-resistant parts and straight woodworking knives.
YH15 14.00 15 3.0 87.5 1150 350 Stamping of aluminum and copper sheets, progressive dies,slitting knives, and powder metallurgy structural components.
YH25 14.75 8 3.0 90.0 1450 290 Wire drawing dies, powder metallurgy intermediate molds, rolling rollers cement drills, wear-resistant parts, and tinplate can-making molds.
YH30 14.60 9 1-3 91.0 1500 300 Powder metallurgy, deep drawing dies, wire drawing diesmagnetic material molds, and wear-resistant parts.
YH40 14.65 10 3.0 89.5 1360 320
GH04N 14.80 5 0.8 93.8 1950 260 Resistant to electrical corrosion, widely used in the gold and silver jewelry industry and copper wire industry.
GH05N 14.50 7 0.6 92.8 1850 240
GH06N 14.75 5 1.0 92.0 1750 280 Resistant to electrical corrosion, widely used in rollers, the gold and silver jewelry industry, and the copper wire industry.
CN9A 14.55 Ni 1.0 91.0 1550 280 Non-magnetic.
CN14 14.10 Ni 2.0 87.0 1100 290
CN15 14.00 Ni 3.0 86.0 1000 290
Grade Cobalt Content (Co%) Density (g/cm³)±0.1 Hardness (HRA) Transverse Rupture Strength (kgf/mm²) Fracture Toughness MPa.m1/2 Application
YH68N 6 14.92 91.00 320.00 12.00 Low adhesion, low adhesive wear
GH13S 12 14.10 89.50 380.00 17.00 Strong cutting edge wear resistance
GH12S 12 14.14 90.80 360.00 16.00 High wear resistance, high corrosion resistance
AH15A 15 13.98 89.50 380.00 17.00 Excellent comprehensive performance
GH16S 19 13.51 87.50 310.00 15.00 Complex shapes, thick plate stamping
GH20F 15 14.03 90.00 360.00 15.00 Strong versatility
AH15F 15 13.98 89.60 370.00 15.00
YH14F 13 14.28 90.50 330.00 15.00 Connector stamping, 3C hardware components
AH12A 12 14.35 91.50 390.00 12.00
YH10F 10 14.58 91.80 380.00 11.00
YH12U 12 14.17 92.20 330.00 8.00 Lead frame, small punches
Grade Density (g/cm³)±0.1 Cobalt Content (Co%)(±0.5%) Grain Size Hardness (HRA)±0.5 Hardness (HV10) Transverse Rupture Strength (kgf/mm²) Application
YH06F 14.75 7 0.8 93.0 1820 240 Thermos cup stretching dies.
GH20F 13.95 15 0.8 90.0 1430 380 Battery punching rods.
YH20 14.75 7 1-3 91.0 1520 280 Sleeves and drawing dies.
YH25 14.75 8 3.0 90.0 1450 290
YH30 14.55 9 1-3 91.0 1500 300
YH40 14.50 10 3.0 89.5 1350 320 Deep drawing dies and drawing dies.

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