
Our Hard Metal STB is a premium sintered carbide blank produced from top-grade WC-Co raw materials through advanced low-pressure sintering technology, ensuring full material density (≥99.8%) and minimal porosity for exceptional performance. The product is pre-processed with precise shaping, featuring high red hardness, corrosion resistance and low thermal expansion, which can withstand high temperature, heavy load and continuous friction in harsh industrial working conditions.
Our Hard Metal Ground Cylinders are made from top-grade WC-Co raw materials, produced via low-pressure sintering to ensure full density and minimal porosity. The precision cylindrical grinding process delivers consistent diameter accuracy, straightness, and concentricity, eliminating surface defects and ensuring excellent dimensional stability even under high temperature and heavy load.
Ground Carbide Cylinder is a high-precision, high-hardness cylindrical product made from tungsten carbide (WC) as the main raw material with cobalt (Co) and other binder phases added. It is manufactured via powder metallurgy sintering followed by precision cylindrical grinding, boasting core advantages of superior dimensional accuracy, excellent surface finish and outstanding comprehensive mechanical properties. As a core base material for precision cutting tools and key components of high-end equipment, it is widely used in industrial machining and precision manufacturing fields.
Features: 1.Use high-quality tungsten carbide as raw material. 2.Adopt the world advanced preparation technology. 3.Various types can be produced, with German import automatic extrusion equipment.
A Grade Carbide manufactures solid tungsten carbide rods in a wide range of carbide grades, lengths, and diameters. We offer both ground(h5 and h6) and as sintered (unground) solid rods, length 330mm and 310mm, and cut to length.
Threaded carbide rod with holes are mainly used for processing tungsten parts or as a tool bit of processing lathe, conductors, steel-making burdening and additives.