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Long strip of cemented carbide

To manufacture wear-resistant tools such as those used in the wood industry, plastic shredding tools, and more; to produce high-temperature resistant parts, wear-resistant components, shielding-resistant pieces, and corrosion-resistant parts for the chemical industry. Contact our sales team to explore all your pricing options. We also offer custom sizes—simply let us know your specifications. After you leave your message, we’ll get back to you within three hours with a detailed product quote.

Phone/Fax:

+86 133-9733-9096

Email:

13397339096@ojinxin.com

Consultation

Make a call

Product introduction

Long bars of cemented carbide are made from high-quality tungsten carbide and binding metals such as cobalt and nickel, manufactured through a precision powder metallurgy process that combines exceptional hardness and toughness, making them suitable for a wide range of industrial applications.

The product uses tungsten carbide as its main structure, combined with bonding metals in precise proportions, then pressed under high pressure and sintered at an elevated temperature—resulting in a dense, stable microstructure. Its hardness exceeds HRA85, enabling it to withstand high friction and impact forces, while maintaining exceptional performance across environments ranging from -40°C to 600°C. Moreover, its service life significantly outperforms that of conventional metallic materials.

The long-bar design caters to linear processing needs, offering common lengths ranging from tens of millimeters to several meters, along with a variety of width and thickness specifications—and supports customization. It is ideal for manufacturing mechanical tools, stamping dies, mineral-crushing components, and more, enhancing equipment efficiency while reducing maintenance costs, making it a reliable choice for industrial production.

Product parameters

Name: Long carbide cemented bar

Features: High hardness, high wear resistance, high strength, high toughness

Specifications: Complete specifications, customization on demand

Applications: For manufacturing wear-resistant tools such as tools for the wood industry, plastic shredding equipment, etc.; and for producing high-temperature resistant parts, wear-resistant components, shielding-resistant parts, and corrosion-resistant components for the chemical industry.

Jin Xin Brand	Physical and mechanical properties			Recommended uses
Jin Xin Brand	Density g/cm³	Hardness HRA	Flexural resistance N/mm²	Recommended uses
YG6A	14.85	92.5	≥2000	Fine-grain alloy, offering superior wear resistance compared to JX06, suitable for processing hardwood, raw timber, aluminum profiles, copper bars, and cast iron. Used to manufacture forming blades and wear-resistant components.
YG6	14.9	90.5	≥2400	High wear resistance, suitable for processing hardwood, rough lumber, aluminum profiles, copper bars, and cast iron. Used to manufacture forming blades and wear-resistant components.
YG8	14.7	89.8	≥2600	High hardness and impact resistance, suitable for processing dry wood, softwood, and non-ferrous metal profiles; ideal for manufacturing forming blades and wear-resistant components.
YG11	14.4	88.5	≥2800	High strength, wear resistance lower than JX06A, suitable for manufacturing forming blades and wear-resistant parts.
YG13X	14.2	90	≥3200	High strength, suitable for manufacturing progressive dies and other stamping molds.
YG15	14.0	87	≥3000	Suitable for manufacturing stamping dies and wear-resistant parts. Tungsten carbide jaws for crushing hammers.
YG12	14.2	88.5	≥3000
YG20	13.5	85.5	≥3200	High strength, suitable for manufacturing progressive dies and other stamping molds.
YG10.2	14.45	91.8	≥3300	High wear and corrosion resistance, suitable for processing cast iron, non-ferrous metals, and non-metallic materials.
YG2T	14.25	92	≥2400	Fine-grain alloy with high wear resistance, flexural strength, non-stick properties, and thermal resistance. Suitable for processing high-temperature alloys, stainless steel, and high-manganese steel.
YG25	13.0	91	≥2200	Wear resistance and relatively high strength, suitable for processing cast iron, non-ferrous metals, and non-metallic materials.
YN11	14~14.3	88	≥2600	Non-magnetic alloy, commonly used in molds for circular magnetic-field shaping.
YN13	14~14.3	87	≥2700
YN15	13.8–14.1	86	≥2900
YN18	13.5–13.8	84	≥3000	Non-magnetic alloy, commonly used in magnetic field forming molds for special shapes.
YN20	13.4–13.7	83	≥3100
YN25	12.9–13.2	81	≥3300	Non-magnetic alloy, commonly used in punches for magnetic field forming dies.