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In flat knife applications (such as die-cutting, trimming, and stamping), professionals have long been troubled by two issues: pure steel flat knives wear quickly, while

In the slitting process of corrugated paper processing, many professionals wonder: Why can’t a single knife be used like cutting ordinary paper, but instead a

In the corrugated paper processing chain, slitting is a critical link connecting "raw paper rolls" to "finished cardboard/cartons." It involves cutting large corrugated paper rolls

In the cemented carbide industry, many people know it is "hard and wear-resistant" but are unclear about its specific material composition. In fact, cemented carbide

In the field of tungsten carbide products, "solid tungsten carbide" is often mentioned but easily confused with ordinary tungsten carbide products. Many people assume all

In the tungsten carbide industry, as global environmental regulations tighten, tungsten ore resources become scarcer, and the cost of virgin tungsten carbide raw materials rises,

In industrial scenarios like mold manufacturing, deep-hole drilling, and high-speed milling, cemented carbide rods serve as the base material for core cutting and forming tools.

Stainless steel is widely used in machinery, chemical, and food industries for its excellent corrosion resistance, but it has inherent weaknesses in wear resistance, high-temperature

Tungsten carbide is already known for its hardness and wear resistance, but in many industrial scenarios—like high-temperature machining, corrosive environments, or low-friction applications—it still needs

If you work in the tungsten carbide or hard materials industry, you’ve probably heard “tungsten carbide” and “cemented carbide” used interchangeably—and wondered if they’re the

In the tungsten-related industrial materials sector, pure tungsten and tungsten carbide are two concepts that are often confused—both contain tungsten, but their nature, performance, and