Extreme Hardness: Carbide strips have incredible hardness, surpassing that of steel and many other materials. Carbide strips' intrinsic hardness allows them to sustain strong compressive stresses while resisting deformation, making them perfect for cutting, shaping, and forming applications.

Superior Wear Resistance: The fine-grained structure of carbide strips, combined with the hardness of tungsten carbide, gives outstanding resistance to wear and abrasion. This wear resistance offers a longer tool life and lower maintenance costs in high-use applications.

High Toughness: Despite their exceptional hardness, carbide strips are durable enough to endure impact and shock loads, reducing the danger of chipping or fracture during milling processes. This hardness improves tool durability and dependability in harsh operating environments.

Chemical Stability: Tungsten carbide, combined with the binder metal, is highly resistant to chemical corrosion and oxidation, ensuring long-term performance and dependability under tough working conditions.

Temperature Resistance: Carbide strips maintain mechanical qualities at high temperatures, making them ideal for high-speed machining and cutting applications requiring thermal stability.

Cutting tools Cutting tools, such as saw blades, router bits, and inserts, are made mostly from carbide strips. Their excellent hardness and wear resistance make them ideal for precise machining operations in the metalworking, woodworking, and composite material processing sectors.

Wear Parts: Carbide strips are used to create wear-resistant components for machinery and equipment such as wear plates, bushings, and punches. Their high wear resistance extends service life and reduces downtime in abrasive-wearing industrial applications.

Metal Forming: Carbide strips are used as dies, punches, and tool inserts in stamping, forging, and extrusion operations. Their hardness and toughness allow for accurate shaping and forming of metal components, increasing productivity and product quality.

Mining and Construction: Carbide strips find use in mining and construction equipment for manufacturing rock drilling tools, cutting picks, and wear-resistant components. Their durability and wear resistance make them suitable for demanding applications in excavation, tunneling, and earthmoving operations.

Cost Savings: Although carbide strips may have a higher initial cost, their superior performance and longevity result in substantial cost savings over the long term through reduced tooling expenses and increased operational efficiency.