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Vacuum brazing is widely applied in the tools and dies industry for manufacturing high-performance components such as cutting tools, grinding wheels, stamping dies, extrusion dies, and injection molds. It is especially valuable in the production of diamond tools, including diamond saw blades, grinding wheels, rollers, drill bits, engraving knives, beads, and grinding heads, used across woodworking, stone processing, glass cutting, and construction industries. These vacuum-brazed tools are crucial across sectors such as automotive, aerospace, electronics, metallurgy, geology, military, and infrastructure, where precision, strength, and durability are essential.
In modern tooling and die manufacturing, materials must withstand extreme wear, repetitive stress, and demanding production environments. To achieve this, manufacturers often combine cemented carbide with Cr12MoV steel to create tooling components with improved durability and performance.
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Carbon steel is strong and cost-effective. Stainless steel is corrosion-resistant and durable. Welding them together gives you a component that takes advantage of both materials without sacrificing either.
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Before vacuum brazing H13 mold steel and tungsten carbide are just separate pieces. Two different materials sitting side by side but not yet working together. H13 brings toughness and thermal stability. Tungsten carbide delivers extreme hardness and wear resistance.
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In demanding industrial environments, tooling components must withstand high temperatures, heavy mechanical loads, and continuous wear. To achieve this performance, manufacturers often combine H13 mold steel with tungsten carbide.
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