Circular saws for wood
The blade is the basic element of every circular saw. Its size, condition and quantity as well as the size of the teeth have a huge impact on the quality and effectiveness of our work. The blades can be roughly divided into precision cutting blades, universal blades, and widia blades. One of the basic issues to consider before buying wood blade is the type of material we will work with. Circular saws are primarily used for cutting wooden elements such as boards, fence posts, OSB boards or floor panels.
Wood blades in the Wasserman store
Brand manufacturer blades available in our offer ensure high cutting precision, low vibration and low noise. The discs were made of very high quality steel and were equipped with expansion joints, i.e. special cuts in the body that reduce vibration, reduce noise and dissipate heat. Due to such holes, the disc heats up less and is therefore more durable. When choosing a blade, first of all pay attention to the number of teeth, it depends on them precision and cutting speed. In our store you will buy discs with a small number of teeth for quick cutting of soft wood. Blades with more teeth (30–96), designed for slow precision cutting. High-quality saw blades are equipped with teeth with sintered carbide blades, thanks to which the blade cuts more smoothly and seldom gets stuck in the cut wood. In addition, such blades can be re-sharpened, which extends the working life of the blade.
What shields, for what wood?
For hardwood, we should buy discs with more than 30 teeth. The more they are, the better. For softwood, a shield with a number of teeth up to about 15-20 is sufficient. However, for wet wood, due to the fact that the blades can slide, choose discs that were made of the appropriate material, do not opt for random cheap products, as they may not withstand working in such conditions. Circular saws available from Wasserman have teeth made of HM tungsten carbide and are mainly intended for longitudinal and transverse cutting of solid wood, plywood, wood panels and wood-based materials. The discs have expansion holes, so the temperature created on the rim during operation is discharged deep into the body and thus the disc is more resistant to deformation and deformation during operation.