Corrugated turbo diamond saw-cut resistant materials

Our production and supply of diamond saw blades, laser welded diamond saw blades, sintered diamond saw blade turbine type, high-frequency welding diamond saw blade granite, marble, high-frequency welding diamond saw blades, concrete high-frequency welding diamond saw, asphalt high-frequency welding diamond saw blades, diamond saw blade universal, continuous diamond saw blades, diamond corrugated saw blade, sharp ceramic sheet, fine-cut ceramic, slotted sheet, cut wall saw, circular saw blades, hardwood cutting blade, cutting blade wood-based panels, aluminum cutting saw blades.

feed rate, namely sawing stone feed rate. Its size affects the rate of cutting, the blade force and cutting heat dissipation by region. Its value should be based on the nature of the stone sawing to select. In general, cutting softer stone, such as marble, it may be appropriate to increase the feed rate, if the feed rate is too low, more conducive to improving cutting rates. Sawing fine structure, relatively homogeneous granite, may be appropriate to increase the feed rate, if the feed rate is too low, the diamond blade can easily be polished. But while cutting coarse structure UNEVEN granite, the feed rate should be reduced, otherwise it will cause the diamond blade vibrations cause fragmentation and reduce the cutting rate. Granite cutting feed rate is generally within 9m ~ 12m / min range selected.

common diamond particle size in the range of 30 / 35-60 / 80. The more hard rock, should be selected with a finer granularity. Because under the same pressure conditions, the more detailed the more sharp diamond, is conducive to cutting hard rock. In addition, the general requirements of large diameter blade sawing high efficiency, should be selected with a coarser particle size, such as 30 / 40,40 / 50; low small-diameter blade cutting efficiency, cutting cross-section requires smooth rock, should selection finer granularity, such as 50 / 60,60 / 80. That tip
concentration diamond concentration refers to the density of the diamond distribution in the working layer carcass (ie contained diamond weight per unit area). "STANDARD", every cubic centimeter of carcass work containing 4.4 kt diamond at a concentration of 100%, containing 3.3 kt diamond at a concentration of 75%. Volume concentration indicates how many lumps in the volume occupied by the diamond and provides that when the concentration of 1/4 of the volume of the total volume of diamond is 100%. Increased diamond concentration is expected to extend the life of the blade, because of the increased concentration that is reduced by an average of each piece of diamond cutting forces suffered. However, increasing the depth of the blade will increase the cost, so there is a concentration of the most economical, and the concentration increases with the shear rate increases Cheng. The higher the hardness of the head
binding agent, its wear resistance is stronger. Thus, when the abrasive sawing large rock, binder hardness should be high; when cutting soft rock material, binder hardness should be low; when sawing large abrasive and hard rock, binder hardness should be moderate .