Tungsten Carbide Industry News归档 - Tungsten Carbide, Wolfram Carbide, Cemented Carbide Products, Manufacturers

Feasibility Analysis of Tungsten Carbide Forging and Core Manufacturing Processes

Feasibility Analysis of Tungsten Carbide Forging and Core Manufacturing Processes I. Core Conclusion: Traditional Forging is Infeasible, but Special Processes Offer the Possibility of “Forging-like” Processes Tungsten carbide (WC), as a typical core phase of tungsten-based cemented carbide, cannot be formed using traditional metal forging processes (such as hammer forging, roll forging, and extrusion). However, […]

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YG6 VS YG8 : A Comparison of Their Applications and Selection

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YG6 VS YG8 : A Comparison of Their Applications and Selection I. Definition and Composition Characteristics of YG Series Cemented Carbide Grades Cemented carbide is an alloy material produced through powder metallurgy processes from refractory metal carbides (such as Tungsten Carbide, WC) and binder metals (such as Cobalt, Co). YG6 VS YG8 are cemented carbide grades

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Stellite Saw Tips vs Tungsten Carbide Saw Tips: Performance Comparison, Application Scenarios, and Selection Guide

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Stellite Saw Tips vs Tungsten Carbide Saw Tips: Performance Comparison, Application Scenarios, and Selection Guide Stellite saw tips (cobalt-based alloy saw tips) and carbide saw tips (tungsten carbide saw tips) are core cutting tool materials in the industrial cutting field. The former uses cobalt as the matrix combined with elements such as chromium and tungsten, while the

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Tungsten carbide surface coating treatment process

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Tungsten carbide surface coating treatment process Tungsten carbide is a compound composed of tungsten and carbon with a molecular formula of WC and a molecular weight of 195.85. It possesses excellent properties such as a high melting point, high hardness, high wear resistance, and high corrosion resistance. It is widely used in tools, molds, aerospace,

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The role of cobalt and tungsten in Stellite alloy

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The role of cobalt and tungsten in Stellite alloy Stellite alloy, a representative example of cobalt-based high-temperature cemented carbide, holds an irreplaceable position in extreme operating conditions in sectors such as aerospace, energy, and chemical engineering, thanks to its exceptional combined resistance to high temperatures, wear, and impact. Cobalt (Co) and tungsten (W), the core

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Carbide Saw Blade Maintain and Use

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Carbide Saw Blade Maintain and Use 1.Proper installation is crucial. Before installation, carefully clean the cemented carbide saw blade and the mounting area of the equipment to ensure they are free of debris and dust. For example, when installing on a table saw, clean the saw shaft to ensure it is free of rust and

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YG6 carbide

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YG6 carbide I. Definition and classification of YG6 carbide YG6 carbide is a tungsten-cobalt cemented carbide, one of the standard Chinese cemented carbide grades and a relatively common one. It is made from tungsten carbide (WC) and cobalt (Co) through a powder metallurgy process, with a typical composition of 94% WC and 6% Co. Its

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What are the differences between PVD VS CVD from 12 perspectives?

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What are the differences between PVD VS CVD from 12 perspectives PVD VS CVD. Physical Vapor Deposition (PVD) and Chemical Vapor Deposition (CVD) are both surface treatment technologies widely used in industrial applications. The core differences between the two technologies lie in their reaction principles, process conditions, coating properties, and other aspects. 1.In terms of

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Is tungsten carbide stronger than steel ？

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Is tungsten carbide stronger than steel ？ Is tungsten carbide stronger than steel? The answer is yes. Tungsten carbide is significantly stronger than all types of steel. The hardness of tungsten carbide is usually 2 to 3 times that of high-quality alloy steel, and can even reach 4 times or more under certain measurement standards. As

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Tungsten alloy properties

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Tungsten alloy properties 1.Density Tungsten has a high density of up to 19.3 g/cm³, which consequently imparts high-density characteristics to tungsten alloys. Their densities typically range from 16.5 to 19.0 g/cm³. For instance, common tungsten-nickel-iron alloys generally have a density between 17.0 and 18.5 g/cm³, while the density of tungsten-copper alloys varies between 16.5 and

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