Tungsten Carbide Stripping Fiber Blade

Introduction

As a typical representative of super-hard tools, carbide stripping fiber blades are widely used in industrial production cutting operations for their excellent performance, especially in the high-end precision optoelectronic industry. Carbide cutting tools Photoelectric cutting alloy blades are precision-made and manufactured to provide high-quality alloy cutting tools for photoelectric cutting operations.

Advantages

Tungsten carbide stripping fiber blade is the cutting tool for precision cutting operations. The cemented carbide stripping fiber blade is customized according to the drawings. The selected 0.6um sub-fine grained cemented carbide powder is sintered by high temperature and low pressure after precision molding. The metallographic structure of the alloy blade product has good compactness and avoids the edge. The phenomenon of chipping occurs during the grinding and use process, improving the smoothness of the cutting section and the requirements of one cutting and forming; using a high-precision grinding machine to sharpen the cutting edge, the machining precision is high, the finish is high, the mirror effect is sharp, and the cut section is cut. Smooth, smooth, no bristles without cloak; high hardness, sharp edge, good wear resistance, long working cycle of one-time machine cutting, standardized production process combined with strict quality control to cast stable product quality, especially for long time Cutting work. As a precision-produced carbide peeling fiber blade, the straightness of the cutting edge is very high and needs to be controlled within 0.003. This is the premise for ensuring the continuous cutting operation of the photoelectric product.