►Excellent Grinding Action ►less apt to experience loading, and they dress easily for added convenience ►Convenience and Ease of Use ►Grinding abilities apply to both wet and dry tasks on processing objects such as harden steel, glass, ceramic, carbide alloys, ferrite, refractories, semi conductors, and other electrical carbon products.
Resin diamond & cbn wheels used for machining tungsten carbide cutting tools, ceramic ,magnetic materials, silicon ,glass ,quartz and high speed steel,etc
Resin bond diamond wheel for silicon wafer can be used for the Japanese ,German, American, Korean and other grinders . Such as Okamoto , Disco, Strasbaugh and others grinding machine.
High Precision Resin diamond grinding wheels are widely used in semi-precision grinding, fine grinding and polishing of cemented carbide tools, PDC cutter, PDC drill bits, ceramics, magnetic materials, crystals and other materials. Size of resin bonded diamond wheel: D60* 12.7* 19* 10MM
What Types of internal grinding wheels do we have? * vitrified CBN internal grinding wheel * resin diamond & CBN internal wheel * electroplated diamond mounted points * abrasive internal grinding wheel
Resin bond diamond flat wheels has high hardness, high strength and strong grinding ability. Resin bond diamond wheels are mainly used for flat cylindrical, surface grinding high and hard alloys, non-metallic materials, cutting hard and brittle hard alloys, and non-metallic minerals. Such as cemented carbide, ceramics, agate, optical glass, semiconductor materials, wear-resistant cast iron, stone, etc.
Moresuperhard CBN wheel is suitable for high precision formed wheels. Such as grinding of high precision gear, worm gear hob, gearbox shafts, planetary reducers (sun gear, planetary gears), worm reducers (yin and yang rotors), stator inner teeth and outer rotor grinding.
Resin Bond diamond wheels are mostly used for precision grinding of cemented carbide, cermets and ceramics. Because of the bond elasticity, they are used for finish grinding of silicon, glass, ceramic-made electrical parts, etc. which require excellent surface finish. Resin bond wheels are suitable for grinding ferrous metals such as cast iron, high speed steels, and sintered iron. They are suitable for processing hard to machine materials because CBN grains are much stronger than conventional abrasives.
Resin bond diamond cylindrical grinding wheels for the oil and gas industry, providing precise solutions for resin bond diamond cylindrical grinding wheel for PCD/carbide, wear parts and gage blocks for oil & gas drill manufacturing.
Resin bond diamond & CBN wheels are mainly used for small-diameter tungsten, stainless steel or hss drills, micro drills, and end mills used in electronics, medical technology, and the automotive industry. Advantages of micro tool grinding wheel: * Good edge stability * High cutting efficiency * Minimal reject-part rates * Good round tool quality
According to the bond, diamond grinding wheels can be divided into: resin bond diamond grinding wheels; ceramic bond diamond grinding wheels; metal bond diamond grinding wheels (bronze bond diamond grinding wheels) Resin diamond grinding wheels are used for grinding and processing hard and brittle materials and metal materials such as carbide, glass, ceramics, ferrite, semiconductor materials, stone, etc.
Application of cbn grinding wheels: forming and grinding of high speed steel (hss) gear hob and thread cutting tools Width of CBN wheel abrasive layer is generally 3mm -5mm, and the thickness is between 2mm Circular runout and axial runout value of the grinding wheel < 0.01 mm Used Green silicon carbide grinding wheel dressing
Resin diamond wheels for grinding tungsten carbide and HSS steel. Such as drills, end mills, reamers, micro drills, mini end mills and burrs, etc Type: 1A1,1V1,1A1R,6A2,6A9,3A1,9A1,11V9,12A2,14A1 etc. Moresuperhard has more than 15 years’ experience in producing diamond and cbn grinding wheels.
Hob cutter can be used for machining gears, sprockets, turbines and splines. The advantages of gear hob cutter grinding cbn wheel Grinding wheel uses end grinding, the outer circle is very thin, can be ground to the bottom of the edge. good wear resistance and low loss dry grinding and wet grinding.
resin diamond centreless (centerless) grinding wheels can perform excellent roundness of the work piece.The workpiece is supported by a work rest blade and set between a rubber regulating wheel that rotates the workpiece and a rotating grinding wheel
Resin bonding diamond grinding wheels are mainly used for grinding tungsten carbide and non-metal materials. Various kinds of dimensions and shapes are available, such as flat shapes, cup shapes and dish shapes, etc. Size of resin diamond wheel: 165D * 7X* 28T* 32H B80
Resin bonded diamond grinding wheels applied to coarse grinding and finish grinding for metal materials, such as PCD and PCBN workpiece and tools, high speed steel, high vanadium steel, stainless steel, steel and hard alloy. For finishing grinding, polishing and ultra-finish grinding stage processing nonmetallic hard and brittle materials such as glass, stone, ceramics, gem, magnetic, etc.
► Application: precise grinding mould and die, punch pin, optical grinding and form grinding cutting tool ( such as end mill and reamer) and precise instrument ► Model: 1A1, 3A1, 14A1, 1V1, 11V9, 12V9, 4B1, 3A1, 14K1, 1B9 ► Bonded: resin bond & metal bond ► Optical Profile Grinder: Amada, Waida, Wasion, etc
Resin bonded diamond grinding wheels are used for finishing grinding, polishing and ultra-finish grinding stage processing nonmetallic hard and brittle materials such as glass, stone, ceramics, gem, magnetic, etc.
Moresuperhard provides qualified services For DANOBAT Precision Grinding Machines. Centerless grinding models：VG, DVG
► Resind diamond/CBN grinding wheels ► Conventional grinding wheels ► Diamond dressing wheels
Diamond grinding wheel resinoid bonded is mainly used for grinding high and hard alloys, non-metallic materials, cutting hard and brittle hard alloys, non-metallic minerals, etc. Such as cemented carbide, ceramics, agate, optical glass, semiconductor materials, wear-resistant cast iron, stone, etc.
