metal grinding wheel

Metal grinding wheels are often heard in the industry. Those who want to try but dare not try, can first understand the use range of metal grinding wheels, so that it is more convenient to choose a suitable metal grinding wheel.

1. Preferably ground mild steel. The metal grinding wheel has rich experience in the grinding of imported and domestic stainless steel and other mild steel, and has achieved good results, the efficiency has been increased by about 100%, and the economic benefit has been increased by 200%.

2. Fine grinding and fine grinding of workpieces (miniature bearings, air compressors, crankshafts, camshafts, high-precision threads, instruments, etc.) that are mass-produced on automatic machine tools.

3. Metal grinding wheels have complex surface workpieces with good edge retention (gear cutters, broaches, high-precision gears, dies, punches, etc.).

4. Fine grinding and fine grinding of large precision workpieces (machine guide rails, high precision lead screws, etc.). These workpieces often use ordinary abrasives due to the high grinding temperature, which can easily cause large deformation. A good choice is a metal grinding wheel.

5. Precision grinding and final grinding of precision parts made of heat-resistant steel and high-hardness alloy steel (above HRC55). When ordinary abrasives are used for these parts, high precision cannot be achieved because the abrasives are consumed or passivated too quickly.

6. Grinding of special steel, such as high-speed steel containing tungsten, tungsten and molybdenum, vanadium alloy steel, cobalt alloy steel, special high-speed steel tools, super-finishing workpieces of difficult-to-machine heat-resistant steel, and other steels Honing of hardened tools.

7. Grinding and precision of special high-speed steel tools (such as tungsten, tungsten-molybdenum and other high-speed steel), especially vanadium alloy steel and cobalt alloy steel.

8. Precision grinding and final grinding (above HRC55) of precision parts made of heat-resistant, high-hardness stainless steel and alloy steel. Grinding these parts with common abrasive tools is too expensive or too fast to achieve high precision.

9. Mass-produced workpieces, such as instrumentation and miniature bearing parts on automatic or semi-automatic machine tools.

10. Metal grinding of titanium alloys is a good choice for metal grinding wheels.