7 Best ways, how to choose carbide inserts How to Identify Carbide Inserts and How to choose Carbide Inserts? This article will explain in detail through the following seven parts, which will surely provide you with valuable information. 1. Selection of Insert ShapeThe shape of the insert relates to the workpiece material, the tool’s lead […]
7 Best Ways, How To Choose Carbide Inserts Read More »
The allowable stress of cemented tungsten carbide Cemented tungsten carbide is frequently used in engineering design, and understanding allowable stress of cemented tungsten carbide helps engineers select suitable materials. Allowable stress refers to the maximum stress a material can safely withstand long-term; exceeding this value may cause deformation or fracture. As a representative hard alloy, the
The allowable stress of cemented tungsten carbide Read More »
Will tungsten carbide rust? Will tungsten carbide rust? Pure tungsten carbide does not rust under normal temperature and pressure. Pure tungsten carbide is highly stable in dry air at room temperature; an extremely thin oxide film (primarily WO₃) forms on its surface, preventing further oxidation. Therefore, significant corrosion almost never occurs in everyday environments (such
Will tungsten carbide rust? Read More »
Tungsten carbide compressive strength and tensile yield strength Tungsten carbide forms a densely sintered crystalline structure through high-temperature bonding of tungsten and carbon atoms, endowing the material with exceptional hardness. As a ceramic material, pure tungsten carbide exhibits high hardness and brittleness, with relatively low tensile strength significantly influenced by manufacturing processes (e.g., sintering density, grain size). Pure
Tungsten carbide compressive strength and tensile yield strength Read More »
How to cut tungsten carbide rod How to cut tungsten carbide rods? This article will introduce the properties and hardness of the rods to select the correct cutting methods and clamping tools, ensuring that the tungsten carbide rods can be cut correctly and safely. Here are the top ten tungsten carbide rod manufacturers in China.
How to cut tungsten carbide rod Read More »
Tungsten carbide grades and applications: In the industrial field, tungsten carbide is widely used. As the world’s largest producer, China has nearly 900 cemented carbide manufacturers, each with an independent grade system. Different grades vary in composition and performance, and selecting the right tungsten carbide grades is key to maximizing material efficiency. This article will
Tungsten carbide grades and applications Read More »
YG6 tungsten carbide YG6 tungsten carbide, a member of the tungsten-cobalt (WC-Co) alloy family, is renowned for its balanced combination of high hardness, wear resistance, and toughness. Composed of approximately 94% tungsten carbide (WC) and 6% cobalt (Co), this material is engineered to meet the demands of medium-load industrial applications. The cobalt binder phase enhances
YG6 tungsten carbide Read More »
How to test tungsten carbide How to test tungsten carbide ?Tungsten carbide is a critical engineering material widely used in metal cutting, mining, petroleum drilling, and other fields. To ensure the quality and performance of tungsten carbide products, rigorous testing is essential. This article introduces the standards and methods for tungsten carbide test. Testing Standards
How to test tungsten carbide Read More »
4 Key Differences Between Tungsten Carbide VS HSS High-Speed Steel Tungsten carbide vs HSS: Tungsten carbide (often referred to as “carbide steel”) and high-speed steel (HSS) are frequently compared in industrial applications, yet they exhibit fundamental differences in composition, performance, and application scenarios. Material selection directly impacts product lifespan and production costs, and understanding these
4 Key Differences Between Tungsten Carbide VS HSS High-Speed Steel Read More »
Silicon carbide vs tungsten carbide How to better understand silicon carbide vs tungsten carbide. This article provides a comparative analysis of silicon carbide (SiC) vs tungsten carbide (WC), focusing on their properties and industrial applications. 1. Silicon Carbide (SiC) Density: 3.2 g/cm³. Primary Variants: Black SiC (α-SiC, 98.5% purity): Exhibits higher toughness than green SiC, primarily
Silicon carbide vs tungsten carbide and their properties Read More »
EN 
ES 
PT 
DE 
IT 
PL 
FR 
TR 
RU 
JA 
KO