Carbide saw blades are the most commonly used cutting tools for wood product processing. The quality of carbide saw blades is closely related to the quality of the processed products. The correct and reasonable selection of cemented carbide saw blades is of great significance to improving product quality, shortening the processing cycle, and reducing processing costs. Our company has a history of producing saw blades for more than ten years and has a complete set of imported production lines and production technology. Let’s answer some questions about carbide saw blades, which can be regarded as a starting point. We hope to get more advice from people in the industry.

Carbide saw blades include most parameters such as tooth shape, angle, number of teeth, saw blade thickness, saw blade diameter, carbide type, etc. These parameters determine the saw blade’s processing capabilities and cutting performance. When choosing a saw blade, you must choose the saw blade parameters correctly according to your needs.

It is impossible for cemented carbide saw blade manufacturing companies to produce saw blades with so many specifications. According to the optimization rules and based on specific factors such as equipment and materials of current wood processing companies, the specifications series of commonly used carbide saw blades are formed. This is not only conducive to our selection of carbide saw blades, but also conducive to the large-scale production of alloy saw blade manufacturing companies.

Carbide saw blades are composed of saw plates and carbide saw teeth. Carbide saw teeth are basically imported at present, and what our company uses happens to be the best among imported products. The alloy particles used in high-quality saw blades are thicker and larger, because such alloy saw teeth can be sharpened many times and have a long service life. The welding quality of carbide is also very important. The welds must be thin and uniform, so that the saw teeth can Withstand greater cutting forces.

The quality of saw blades and saw boards is very important. Because the saw blade adjusts and rotates, it must not only transmit cutting force but also maintain work stability. An excellent sawtooth blade not only has static geometric dimensions and accuracy, but more importantly, its dynamic characteristics. When the saw blade is continuously cutting, the heat generated by the cutting of the alloy saw blade will be conducted to the saw board, causing the temperature of the saw board to rise. A high-quality saw board can maintain the accuracy of its performance in this case, while a poor-quality saw blade The saw board will warp, affecting the sawing accuracy. The dynamic stability of the saw blade is particularly important when several saw blades are used in groups. How can the quality of longitudinal cutting be ensured when a multi-blade saw equipment uses a set of unstable saw blades. The saw plate and cutter head are integral components of a high-quality saw blade.