Industry News
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Challenges in Cutting Rayon and Textile Processing
Exploring How Tungsten Carbide Knives Address Cutting Pain Points in the Textile Industry. Dealing with "Soft Yet Abrasive" Materials: Rayon fibers themselves are soft, but the delustering agents added (such as titanium dioxide) have very high hardness. While the ...Read more -
What Decide the Wear Resistance of Tungsten Carbide Circular Blades?
Tungsten carbide circular blades are widely recognized for their durability and excellent cutting performance. However, prolonged use inevitably leads to wear, which can affect efficiency and precision. The extent and rate of this wear are primarily determined by several...Read more -
Application of Tungsten Carbide blades in Artificial Silk/Artificial Fibers
Tungsten carbide blades are commonly used in the textile industry for cutting artificial silk (rayon), artificial fibers (such as polyester, nylon), fabrics, and threads. They are mainly applied in chemical fiber cutters, staple fiber cutters, fiber chopping machines, an...Read more -
Impact of Sintering Process on the Parameters of Tungsten Carbide Blades in Manufacturing
In the process of manufacturing tungsten carbide blades, the equipment we use is a vacuum sintering furnace. The sintering process will determine the characteristics of the tungsten carbide blades. Sintering is like giving Tungsten Carbide Blades their "final steam bakin...Read more -
How to Check the “Cutting Edge” After a Tungsten Carbide Blades are Made
How to Check the "Cutting Edge" After a Tungsten Carbide blades are Made? We can think of it as :giving a final inspection to the armor and weapons of a general about to go into battle. I. What Tool...Read more -
Mixing Ratio of Tungsten Carbide and Cobalt Powder
In the process of making tungsten carbide blades, the mixing ratio of tungsten carbide and cobalt powder is important, it is directly related to the tool's performance. The ratio essentially defines the "personality" and application of the tungsten carbide blades. ...Read more -
Analysis of Primary Materials and Performance of Carbide Woodworking Tools
In the woodworking industry, tungsten carbide knives used on the tools are really important, with great hardness, sharpnees, and long life, what makes it a better knife? of course the materials will be the significant reason, here, we w...Read more -
Chemical fiber blades in Tungsten Carbide
Tungsten carbide fiber cutting blades are hard alloy (tungsten steel) tools, they are specifically designed for cutting fiber-reinforced composite materials, such as textiles, carbon fiber, glass fiber, and other plastic fiber. Tungsten carbide fiber cutting blades（TC b...Read more -
Tungsten carbide blades used in the tobacco industry
Tungsten carbide blades are used in the tobacco industry mostly for cutting tobacco leaves, as parts of cigarette-making machines, and in key spots of tobacco processing equipment. Thanks to their hardness, wear resistance, and ability to handle high temperatures, these ...Read more -
Efficient Cutting in the Textile Industry: Tungsten Carbide Chemical Fiber Cutter Blades
You know what? A bundle of chemical fibers, as thin as a strand of hair, has to withstand thousands of cuts per minute—and the key to cut quality lies in a small blade. In the textile industry, where precision and efficiency are both crucial, tungsten carbide chemical fi...Read more -
Application of Tungsten Carbide Circular Knives in Cutting Nylon Textile Materials
Tungsten Carbide Circular Knives in Cutting Nylon Textile Materials Nylon textile materials are widely used in outdoor gear, industrial filter fabrics, and automotive seat belts because of their high strength, wear resistance, and excellent elasti...Read more -
Understand spiral cutterheads and straight-knife cutterheads
Spiral cutterhead: The spiral cutterhead features a row of sharp carbide blades arranged in a spiral pattern around a central cylinder. This design ensures smoother and more stable cutting compared to traditional straight-knife blades, making it ideal for softwoods. The ...Read more
