Puwei Cemented Carbide Manufacturer
As an industry-leading cemented carbide cutting tool manufacturer, Puwei uses technology to create excellent tungsten carbide cemented carbide tool solutions.
The product adopts nano-scale grain structure design and high-purity raw material ratio, giving the tool three core advantages:
1. Super wear resistance can extend the service life by 3 times, red hardness breaks through the high temperature test of 1500℃, and micron-level cutting edge accuracy ensures the surface finish of the machined surface reaches Ra0.2μm.
2. Sintering process and ultra-high pressure forming technology, Puwei carbide tools have both anti-chipping and toughness balance, especially suitable for the precision manufacturing of difficult-to-process materials such as titanium alloy and quenched steel.
As a professional carbide tool manufacturer, we provide full-scenario cutting solutions for industries such as automobiles, aerospace, 3C electronics, etc., and cooperate with intelligent coating technology to help customers achieve significant benefits of more than 40% improvement in processing efficiency and 25% reduction in unit cost.
As a professional cemented carbide manufacturer, Puwei focuses on the research and development and production of a series of cemented carbide tools such as high-performance indexable cutting tools, indexable lathe tools, indexable turning tools, etc., reshaping the benchmark of processing efficiency with modular design.
To address the issues of frequent tool changes and high costs, we provide:
Our indexable tools use ultra-fine grain tungsten carbide substrate and multi-layer composite coating (AlTiN/TiSiN) technology, the blades are precision ground on both sides, support flexible multi-edge replacement, and can still maintain edge stability during heavy-load cutting, and the life of a single blade is increased by more than 50%.
For different scenarios like turning, milling, and drilling, Puwei indexable lathe tools feature unique chip breaking grooves and negative rake angle reinforcement structures. We combine these with a positioning accuracy of the tool body at the 0.01mm level. This enables us to continuously and efficiently process materials such as titanium alloys and high-temperature alloys. Also, we can stably control the surface roughness within Ra0.4μm.
As a carbide tool manufacturer, we focus on “high cost performance + fast response” to provide customers with customized coating optimization, groove matching and cutting parameter database for indexable cutting tools, helping to reduce the cost of single-piece processing by 30%, reduce the frequency of tool changes by 60%, and create full value chain competitiveness in the field of carbide tools.
