Carbide is a hard material widely used as a cutting tool material and for other industrial applications. The ability of carbide tools to withstand higher temperatures at the tool-workpiece interface is a significant factor in their faster machining. As the name implies, the word carbide refers to a carbon compound combined with another element. The additional component is usually tungsten, i.e., tungsten carbide or titanium when used in cutting tools. In hardwood cutting, carbide is a steel used to make inserts, end mills, and other tools. The tungsten carbide material, which comprises half tungsten and half carbide, provides three times the stiffness of steel commonly used for wood-cutting tools. Carbide cutting tools offer significant advantages over standard woodworking tools.  

                              The speed at which you use your carbide burrs in your rotary tool or die grinder will depend on the material you're using it on and the contour being produced, but it's safe to say you do not need to exceed speeds of 35,000 RPM. The table below shows some approximate speeds. If the burs are chipping easily this could be due to the speed being too slow. However, it's ideal to start the cutting slow, increasing the speed as you go along. High speeds will prevent clogging in the flutes of your burrs.   Diameter of Burr RPM   1.6mm or 1/16" 25,000 - 35,000   2.35mm or 3/32" 17,000 - 26,000   3mm or 1/8" 17,000 - 26,000   6mm or 1/4" 11,000 - 16,500   12mm or 1/2" 8,000 - 12,000   16mm or 5/8" 7,650 - 11,500   Related search keywords: Frese rotanti in metallo duro, tungsten carbide rotary burrs, solid carbide rotary burrs, rotary burr, carbide burs, carbide burr, carbide burrs, high speed rotary carbide burrs, tungsten carbide rotary burrs, rotary tool carbide burrs, carbide rotary burr, tungsten carbide rod, tungsten carbide plate, tungsten carbide ring

                                                                           The Advantages Of CBN Inserts * Long Tool Life. CBN cutting tools have properties that resist chipping and cracking and provide uniform hardness and abrasion resistance in all directions. They may outperform conventional cutting tools by as much as 50 times. Reduced tool wear results in closer tolerances on workpieces, and fewer tool adjustments keep machine downtime to a minimum. * High Material -Removal Rates. Because CBN cutting tools are so hard and resist abrasion so well, CBN cutting tools can withstand the high temperatures created by increased speeds and feeds. This results in higher material-removal rates with less tool wear, which reduces the total machining cost per piece. * High-Quality Prodotti. Because the cutting edges of CBN cutting tools wear very slowly, they produce high-quality parts faster and at a lower cost per piece than conventional cutting tools. * Good Surface Finish. Surface finishes of less than 10 microns. are possible, which often eliminates the need for relatively slow finishing operations such as conventional grinding. * Lower Cost per Piece. CBN cutting tools stay sharp and cut efficiently through long production runs. These results in better control over workpiece shape and size and fewer cutting-tool changes. This lowers manufacturing costs per piece by reducing inspection time and increasing machine uptime.   Related search keywords: Inserti in CBN, cbn inserts price, cbn inserts manufacturers, cbn inserts for stainless steel, cbn inserts hardness, cbn inserts speeds and feeds, cbn inserts china, cbn carbide inserts, cbn inserts with chipbreaker, cbn inserts for cast iron, cbn inserts, cbn insert, cbn inserts for hard turning, cbn inserts for turning, cbn grooving inserts, cbn lathe inserts, cbn inserts machining, cbn inserts materials, pcd and cbn inserts manufacturers, cbn pcd inserts, cbn round inserts, solid cbn inserts, cbn tool inserts, cbn turning ins

                                                                                                            Carbide saw blades are the most commonly used cutting tools for wood product processing, and their quality is closely related to the quality of processed products. The correct and reasonable selection of carbide circular saw blades for wood is of great significance for improving product quality, shortening processing time, and reducing processing costs. Tungsten carbide circular saw blades include the parameters, such as the saw tips grade, the material of the body, the tooth shape, the angle, the diameter, the number of teeth, the thickness, the bore size, and other parameters. These parameters determine the processing capacity and cutting performance of the saw blade.   Choose carbide tips grade Because tungsten-cobalt-based cemented carbide has better impact resistance, it is more widely used in the wood processing industry. The commonly used model in wood processing is YG8-YG15.   Selection of saw blade tooth type The tooth type of the circular saw blade is divided into left and right teeth, tapered teeth, flat teeth, trapezoidal teeth, crescent teeth, etc. In actual use, the choice is mainly based on the type of raw material being sawed.   Choice of saw teeth angle The angle parameter of the saw teeth part is more complicated, and the correct selection of the angle parameter of the saw blade is the key to determining the quality of sawing. The most important angle parameters are rake angle, rear angle, and wedge angle. The rake angle mainly affects the force consumed by sawing wood chips. The rake angle is generally between 10-15°. The larger the rake angle, the better the sharpness of the saw tooth cutting, the lighter the sawing, the more effortless saving. The clearance angle of cemented carbide saw blades is generally 15°.   The numb