Suntera custom carbide tensile dies revolutionize aluminum battery-shell production for new-energy vehicles. Tungsten-carbide precision withstands high-speed drawing friction, cutting failure rates, extending mold life and slashing replacement downtime versus ordinary steel. Fast, tailored sizing, short lead times and global support deliver safer, higher-yield large-format power-battery shells at lower total cost.
Tungsten carbide rings, alloyed with cobalt, come in one-piece or combined styles. At 700 °C they stay four times harder than high-speed steel, delivering superior strength and pressure resistance over conventional tool steel.
Our Customized Cemented Carbide Cold Heading Dies and Nut Molds are designed for high-precision manufacturing. Made from durable carbide materials, these tools ensure consistent quality and efficiency in cold heading processes. Perfect for producing nuts and other fasteners, they offer superior wear resistance and long service life.
Our Customized Tungsten Carbide Cold Heading Dies are designed for high precision screw manufacturing. These durable molds ensure consistent quality and efficiency in cold heading processes, perfect for producing various screws. With superior wear resistance and accuracy, they meet diverse industrial needs, enhancing productivity and reducing downtime.
Customized tungsten carbide sleeve grooving upper die and carbide shaft sleeve tool mold blanks. Precision-engineered for superior durability and performance, these high-quality components are designed to meet specific industrial needs. Ideal for heavy-duty applications, ensuring long-lasting use and reliability.
Customized Tungsten Carbide Mold Blanks are specifically designed for creating non-standard shaped molds in powder metallurgy processes. These blanks are manufactured using high-quality tungsten carbide materials, offering exceptional hardness, wear resistance, and thermal stability. Each blank is precision-machined to tight tolerances, ensuring high accuracy and repeatability. They are ideal for applications requiring complex geometries and high precision, such as automotive, aerospace, and industrial manufacturing.
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.
Our company specializes in manufacturing high-quality non-standard and irregular-shaped drawing dies, cold extrusion dies, continuous extrusion dies, and powder metallurgy die blanks. These products are designed for precision pressing and industrial applications, offering custom solutions to meet specific shape and material requirements. Whether for standard or special shapes, our die blanks ensure durability and accuracy, making them ideal for various manufacturing processes.
We offer a comprehensive range of products, including cemented carbide wire drawing dies, powder metallurgy drawing dies, cold drawing forming dies, and pipe reducing die blanks. Crafted from high – quality raw materials through advanced manufacturing techniques, these products feature high hardness and excellent wear resistance. They cater to wire drawing, cold tube processing, and complex component forming, enhancing production efficiency and reducing maintenance costs.
General Types of Cemented Carbides Cemented carbide, often referred to as a hard compound carbide material, is a carbide composed of hard compounds of refractory metals and binding metals, produced through the powder metallurgy process. This material is highly versatile, suitable for various applications involving cutting, wear resistance, and impact resistance, making it widely used…
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