|
|
1. Precise Material-Blade Grade Matching Ultra-fine grain carbide: For precision slitting of electronic foils and thin metals (life extended by 2-3 times) High-cobalt medium-grain carbide: Suited for corrugated cardboard and light metal slitting (impact resistance +40%) Coarse-grain carbide: Handles ... Read More
|
|
|
In the dynamic world of manufacturing and material processing, slitting methods serve as the backbone of countless operations. Whether you’re in the packaging, paper, textile, or metalworking industry, understanding the intricacies of these techniques is crucial for optimizing production, ensuring ... Read More
|
|
|
Introduction: The Critical Role of Slitting Circular Blades Slitting circular blades are indispensable tools in various industries, from paper and packaging to textiles, plastics, and metal processing. Their precision directly impacts product quality, production efficiency, and equipment longevity. ... Read More
|
|
|
In the packaging industry, slitting circular blades are indispensable for corrugated cardboard processing. However, many enterprises encounter the problem of rapid blade wear and low durability during production. These issues not only increase production costs but also undermine production ... Read More
|
|
|
In the production of lithium batteries and other applications, electrode sheet cutting is a critical process. However, issues such as dusting and burrs during cutting not only compromise the quality and performance of electrode sheets but also pose significant risks to subsequent cell assembly, ... Read More
|
|
|
In industrial production, carbide round knives have become the preferred tools for numerous cutting operations due to their excellent wear resistance, hardness, and corrosion resistance. However, when facing the cutting requirements of different materials such as plastics, metals, and papers, ... Read More
|
|
|
In the field of industrial processing, cemented carbide cutting tools have become indispensable assistants for machining materials like metal, stone, and wood, thanks to their high hardness, wear resistance, and high-temperature resistance. Their core material, tungsten carbide alloy, combines ... Read More
|
|
|
Cemented carbide circular blades, featuring high hardness, wear resistance, and high-temperature resistance, have become key consumables in the industrial processing field, with applications covering multiple high-demand industries. The following is an analysis from the perspectives of industry ... Read More
|
|
|
In an era where environmental protection and resource recycling have become paramount, the battery recycling industry has emerged as a critical player in sustainable development. Crushing stands as a pivotal step in the battery recycling process, and the performance of the cutters in crushers ... Read More
|
|
|
In the industrial material landscape, cemented carbide and steel are two pivotal players. Let’s break down their differences across key dimensions to help you grasp when to use each! I. Composition Analysis Materials’ properties stem from their compositions—here’s how these two stack up: (1) ... Read More
|