Tungsten Carbide Die

Cold Heading Dies Clamp Mold Transfer Finger Cold Heading Machine Tools Products Description Materia Our main case material is H13(SKD61) HRC46-48 SKD61(H13) Chemical Composition C Si Mn P S Cr Mo V W Content (%) 0.39 1.15 0.44 0.021 0.007 5.12 1.3 0.94 0.06 Cu Ni 0.05 0.06 Surface Treatment: TiN / TiAlN Process Company Profile About Us Chongqing Henghui Precision Mold Co., Ltd located in Chongqing, which is specialized in developing, production and sales of various tungsten

High Precision Cold Heading Dies Tungsten Steel Cone-Shape Main Die Carbide Extrusion Mould Manufacturing Technique CAD/CAM Mold Design Utilizes CAD and CAM technologies for precise mold design. CNC Machining Employs CNC machines for precise milling, turning, and grinding of mold components. Electric Discharge Machining (EDM) Uses EDM machines for precise cutting of hard materials, especially for complex shapes. Heat Treatment Applies heat treatment techniques to enhance mold

Customized Tungsten Carbide Drawing Dies & Cold Heading Dies Manufacturing Techniques Process Description CAD/CAM Mold Design Utilizes CAD and CAM technologies for precise mold design CNC Machining Employs CNC machines for precise milling, turning, and grinding Electric Discharge Machining (EDM) Uses EDM for precise cutting of hard materials and complex shapes Heat Treatment Enhances mold hardness and wear resistance High-Speed Cutting Improves production efficiency and

Punch Pin TiN Coating Heading Punch - China Supplier Customized New Design Our high-quality HSS Punch is manufactured with precision for superior performance in demanding industrial applications. The material selection focuses on high-speed steel to ensure excellent red hardness and wear resistance during high-speed punching operations. Material Options We offer multiple material grades to suit various application requirements: Carbide (Premium grade) M42 (H59) M35 (H55) M2

Factory Price Self Tapping Screw HEX CSK Head HSS Flat Thread Rolling Dies DC53+N Material Specifications Our main case materials are DC53+N or H9+N Size Specifications Length × Height × Thickness (for example, 90/105×25×25mm) DC53 Chemical Composition Chemical Composition C Si Mn P S Cr Mo V W Content (%) 0.95 0.89 0.3 0.018 0.006 7.7 1.92 0.75 0.91 Machine Type Specifications MACHINE TYPE S H L1(FIXED) L2(MOVING) 0 19 25 51 64 3/16 25 25,38,55 75 90 1/4 25 25,40,55,65,80

Henghui Tungsten Carbide Strong Beaming Die High Hardness Long Service Life Screw Molds Insert Material Options We offer various carbide materials tailored to specific applications: Item Co Grain Size Density Hardness TRS Impact Strength Application Medium-Grained KG2 6.50% 2~3 14.90 90.5 320 0.28 Drawing die KG3 9% 2~3 14.61 89.3 340 0.52 Extrusion die KG5 12% 2~3 14.31 88.3 340 0.58 Extrusion die KG6 14% 2~3 14.12 87.3 320 0.65 Extrusion die Coarse-Grained ST6 15% 3~6 13.80

Small Screw Nuts Micro Mini Bolt for Electronics Customized Service We specialize in the research, development, and production of M0.5-M3.0 precision micro screws, with the smallest diameter of M0.5 and shortest length of L0.85. Available materials include carbon steel, stainless steel, and titanium, with various head types (K, P, C) and thread types (A, B machine threads). Conventional Screw Series Stainless steel forging. Forged from primary stainless steel, it has strong

Henghui Low Price Punch Pin for Screw Making with Tian Coating Long Service Life HSS Punch Pin Material: Carbide＞M42(H59)＞M35(H55)＞M2(H9) H9(M2) Chemical Composition Chemical Composition C Si Mn P S Cr Mo V W Content (%) 0.85 0.33 0.34 0.027 0.005 4.12 4.73 1.78 5.74 Cu Ni 0.12 0.24 M42(SKH59) Chemical Composition Chemical Composition C Si Mn P S Cr Mo V W Content (%) 1.06 0.3 0.31 0.018 0.002 3.74 9.29 1.1 1.34 Cu Ni Co 0.07 0.29 7.97 Surface Treatment: TILAN Product Name:

Manufacturing Technique CAD/CAM Mold Design Utilizes CAD and CAM technologies for precise mold design. CNC Machining Employs CNC machines for precise milling, turning, and grinding of mold components. Electric Discharge Machining (EDM) Uses EDM machines for precise cutting of hard materials, especially for complex shapes. Heat Treatment Applies heat treatment techniques to enhance mold hardness and wear resistance. High-Speed Cutting Adopts high-speed tools to improve

Products Description Insert Material:We can suggest different carbide material according to different usage. Item Co Grain Size Density Hardness TRS Impact Strength Application Mediun-Grained Co% μm g/cm² HRA Kgf/mm² Kgf/m-cm² KG2 6.50% 2~3 14.90 90.5 320 0.28 Drawing die KG3 9% 2~3 14.61 89.3 340 0.52 Extrusion die KG5 12% 2~3 14.31 88.3 340 0.58 Extrusion die KG6 14% 2~3 14.12 87.3 320 0.65 Extrusion die Coarse-Grained ST6 15% 3~6 13.80 86.0 270 0.78 Stainless steel ST7 20%

Products Description Insert Material:We can suggest different carbide material according to different usage. Item Co Grain Size Density Hardness TRS Impact Strength Application Mediun-Grained Co% μm g/cm² HRA Kgf/mm² Kgf/m-cm² KG2 6.50% 2~3 14.90 90.5 320 0.28 Drawing die KG3 9% 2~3 14.61 89.3 340 0.52 Extrusion die KG5 12% 2~3 14.31 88.3 340 0.58 Extrusion die KG6 14% 2~3 14.12 87.3 320 0.65 Extrusion die Coarse-Grained ST6 15% 3~6 13.80 86.0 270 0.78 Stainless steel ST7 20%

Product Description Product Name Drill Piont Die Design software CAD Place of Origin Chongqing, China Shaping Mode Forging Mould Product Material Steel Size Customer Size Accepted Material M2 M4 Mould Life 250000-300000shots Drill Piont Dies are made of alloy materials with high strength and hardness, corrosion resistance, wear resistance and high temperature resistance, which is far longer than the service life of ordinary steel dies. It is a popular die in modern machinery

Products Description Material:M42(H59)＞M35(H55)＞M2(H9) H9(M2) Chemical Composition C Si Mn P S Cr Mo V W Content (%) 0.85 0.33 0.34 0.027 0.005 4.12 4.73 1.78 5.74 Cu Ni 0.12 0.24 M42(SKH59) Chemical Composition C Si Mn P S Cr Mo V W Content (%) 1.06 0.3 0.31 0.018 0.002 3.74 9.29 1.1 1.34 Cu Ni Co 0.07 0.29 7.97 Header punch standard: JIS, ANSI, DIN, ISO, BS, GB, and NON-STANDARD . The common head style: Flat head, pan head , oval head , binding head , round head, truss head

Product Description Product Name Drill Piont Die Design software CAD Place of Origin Chongqing, China Shaping Mode Forging Mould Product Material Steel Size Customer Size Accepted Material M2 M4 Mould Life 250000-300000shots Drill Piont Dies are made of alloy materials with high strength and hardness, corrosion resistance, wear resistance and high temperature resistance, which is far longer than the service life of ordinary steel dies. It is a popular die in modern machinery

Products Description Insert Material:We can suggest different carbide material according to different usage. Item Co Grain Size Density Hardness TRS Impact Strength Application Mediun-Grained Co% μm g/cm² HRA Kgf/mm² Kgf/m-cm² KG2 6.50% 2~3 14.90 90.5 320 0.28 Drawing die KG3 9% 2~3 14.61 89.3 340 0.52 Extrusion die KG5 12% 2~3 14.31 88.3 340 0.58 Extrusion die KG6 14% 2~3 14.12 87.3 320 0.65 Extrusion die Coarse-Grained ST6 15% 3~6 13.80 86.0 270 0.78 Stainless steel ST7 20%

Manufacturing Technique CAD/CAM Mold Design Utilizes CAD and CAM technologies for precise mold design. CNC Machining Employs CNC machines for precise milling, turning, and grinding of mold components. Electric Discharge Machining (EDM) Uses EDM machines for precise cutting of hard materials, especially for complex shapes. Heat Treatment Applies heat treatment techniques to enhance mold hardness and wear resistance. High-Speed Cutting Adopts high-speed tools to improve

Manufacturing Technique CAD/CAM Mold Design Utilizes CAD and CAM technologies for precise mold design. CNC Machining Employs CNC machines for precise milling, turning, and grinding of mold components. Electric Discharge Machining (EDM) Uses EDM machines for precise cutting of hard materials, especially for complex shapes. Heat Treatment Applies heat treatment techniques to enhance mold hardness and wear resistance. High-Speed Cutting Adopts high-speed tools to improve

Products Description HSS Punch The material selection of the punch pin is mainly high-speed steel. The commonly used materials are SKH9, SKH55, SKH59 in Japan, M2, M35 and M42 in the United States. The main feature of the material is that the high-speed punching material can maintain good red hardness and wear resistance. There are also some powder high speed steel materials, commonly used are ASP23, ASP30, ASP60. The performance of the material is superior to that of high

Products Description Insert Material:We can suggest different carbide material according to different usage. Item Co Grain Size Density Hardness TRS Impact Strength Application Mediun-Grained Co% μm g/cm² HRA Kgf/mm² Kgf/m-cm² KG2 6.50% 2~3 14.90 90.5 320 0.28 Drawing die KG3 9% 2~3 14.61 89.3 340 0.52 Extrusion die KG5 12% 2~3 14.31 88.3 340 0.58 Extrusion die KG6 14% 2~3 14.12 87.3 320 0.65 Extrusion die Coarse-Grained ST6 15% 3~6 13.80 86.0 270 0.78 Stainless steel ST7 20%

Product Description Product Name Drill Piont Die Design software CAD Place of Origin Chongqing, China Shaping Mode Forging Mould Product Material Steel Size Customer Size Accepted Material M2 M4 Mould Life 250000-300000shots Drill Piont Dies are made of alloy materials with high strength and hardness, corrosion resistance, wear resistance and high temperature resistance, which is far longer than the service life of ordinary steel dies. It is a popular die in modern machinery