Henan UHD Superhard Tools Co., Ltd. has developed a high-performance, dust-free vacuum brazed diamond cutting disc. Utilizing advanced vacuum brazing technology, this disc triples blade sharpness and extends wear life by 100 times compared to traditional resin-bonded products. Specifically designed for deburring and precision metal machining of cast iron, ductile iron, and other castings, this disc is compatible with angle grinders and stationary cutting equipment, ensuring efficient processing and surface optimization. The product is dust-free and odorless, significantly improving the working environment and reducing occupational health risks for workers. Multiple specifications are available, including 30/40 mesh diamond grit, to meet diverse processing needs. UHD upholds high quality and technological leadership, providing international certifications and comprehensive after-sales support to ensure customers receive stable, reliable, and environmentally friendly cutting solutions.
1. Utilizes advanced vacuum brazing technology, increasing blade sharpness by 3 times; 2. Service life up to 100 times that of traditional tools, with superior wear resistance; 3. Environmentally friendly design, dust-free and odorless, improving the working environment; 4. Multiple grit sizes available to meet different metal processing needs; 5. Compatible with angle grinders and stationary cutting machines, improving equipment versatility; 6. Green and safe, reducing health risks and meeting industrial environmental standards; 7. A leading domestic manufacturer, providing internationally certified quality assurance and comprehensive after-sales service.
Widely used in the foundry industry for deburring cast iron and ductile iron, and smoothing precision metal parts, it is suitable for industrial manufacturing, machining, mold finishing, and heavy metal surface treatment. Customers include foundries, machinery manufacturing companies, and metal processing workshops, and it is especially suitable for industrial production environments requiring high efficiency, high precision, and environmental safety.
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