Custom Tungsten Carbide Cold Heading Dies for Enhanced Extrusion Mold

Price Negotiable

Price: Negotiable

MOQ: 1 piece

Delivery Time: 15~45 Days

Brand: Sanxin

Product Description

Custom Tungsten Carbide Cold Heading Dies for Enhanced Extrusion Mold

Located in Zhuzhou, Hunan Province—the renowned hometown of hard alloys—our company combines strong technical research and development capabilities with advanced cemented carbide production lines. With over 60 years of expertise in hard alloy technology and carbide mold materials, we specialize in the finishing and machining of various carbide molds.

Product Features

Cold Heading Die Design: Specifically engineered for cold heading processes to enable precise shaping and forming of metal parts through cold extrusion.
Tungsten Carbide Composition: Made from superior quality tungsten carbide material offering exceptional hardness, wear resistance, and thermal stability for prolonged die life and consistent performance.
High Precision Manufacturing: Engineered using advanced manufacturing techniques to achieve precise dimensions and intricate geometries, ensuring accurate and uniform metal forming.
Versatile Applications: Ideal for automotive, aerospace, and electronics industries where high precision and durability in metal forming dies are critical.
Customization Options: Available in various sizes, shapes, and configurations to meet specific cold heading applications and production requirements.

Key Benefits

Enhances manufacturing efficiency and productivity in cold heading operations
Provides extended die lifespan and reliability under challenging extrusion conditions
Supports cost-effective production through consistent and high-quality metal forming capabilities

Applications

Automotive industry (for producing bolts, nuts, and fasteners)
Aerospace manufacturing (for precision components)
Electronics industry (for connectors and terminals)
General metalworking and manufacturing applications requiring cold extrusion processes

Technical Parameters

Grade	Density (g/cm³)	Bending Strength (TRS)	Hardness (HRA or HV)	Porosity	Performance and Application
SXL03	14.95～15.11 15.15～15.35	1130~1300	91.5		Good wear resistance, mainly used for small-sized drawing molds
SXL06	14.88～15.04 14.85～15.05 14.0～14.95	1530~1550 1580	89.5	2.0~1.6	Good wear resistance, used for drawing molds of steel with drawing diameter ≤20mm, and carbide, non-ferrous metals and carbide wires/bars ≤35mm
SXL08	14.65～14.85 14.65～14.85	1840~2100	89.0	2.0~1.6	Good toughness and wear resistance, used for drawing molds of steel with drawing diameter ≤50mm, and carbide, non-ferrous metals and carbide wires/bars ≤30mm
SXL30	14.29～14.49	1910	HV:1210		Excellent strength and toughness, mainly used for drawing molds for workpiece pipes and rods
SXL50	13.86～14.06 13.95～14.15	2060~2220	86.5		Excellent strength and toughness, mainly used for drawing molds for workpiece pipes, rods and plates