CBN Tool overcomes the industry of "difficult to machine workpieces"
CBN tools are mainly used to process difficult-to-machine materials with high hardness, so as long as the industry involves difficult-to-machine workpieces, CBN tools may be used. Including but not limited to the following industries.
Automobile manufacturing industry. It is mainly aimed at dealing with problems such as non-wear-resistant tools, low efficiency or low machining accuracy, including engine cylinder heads, cylinder blocks, cylinder liners, crankshafts, transmission shafts, connecting rods, brake discs (brake discs, brake hubs), brake drums, Piston rings, water pumps, exhaust manifolds, etc.
It is mainly for the turning processing of air-conditioning compressor-related parts, mining machinery product parts, industrial pumps, etc., including compressor bearings/cylinders/scrolls, rollers, rolling mortar walls, industrial pumps, slurry pumps, impurity pumps, Roller, etc.
Bearing And Gear Industry
Bearings and gears are widely used in various industries, including bearings, hub bearings, slewing bearings, rear axle gears, ring gears, driven gears, wind power bearing gears, etc.
Mainly for high-hardness and difficult-to-process rolls, such as threaded steel rolls, wire rod rolls, plate rolls, etc., including high-nickel-chromium alloy cast iron rolls, high-speed steel rolls, infinite chilled cast iron rolls, forged steel cold rolls, hard alloy rolls, etc.
Components in the aerospace industry have relatively high requirements for materials and processing accuracy. Using CBN tools instead of grinding can solve the problems of processing efficiency and accuracy, such as aero-engine parts and aerospace structural parts.
There are other industries. Such as molds, oil and gas equipment, medical equipment, etc.
CBN Cubic Boron Nitride Tool Advantages
(1) Good wear resistance, which can meet the requirements of cast iron workpieces for tool wear resistance, completely replace cemented carbide tools and ceramic blades, prolong the service life of tools while processing efficiently, and lower the cost of comprehensive tools.
(2) Strong impact resistance, which can meet the impact resistance requirements of hardened steel workpieces for tools, avoid chipping and fracture of ceramic blades, meet the needs of strong intermittent cutting of workpieces, and have higher processing efficiency.