5 results about "Forge welding" patented technology

The application discloses a kind of automatic welding device of forging, belong to welding equipment field, a kind of automatic welding device of forging, including workbench, further include: material supporting mechanism, the material supporting mechanism is provided with two, two the material supporting mechanism is symmetrically distributed in the top surface both sides of workbench, the material supporting mechanism is used to support the lifting support of forging;Welding torch, the welding torch is set to one side above the material supporting mechanism;Welder, the welding machine is set to one side of the welding torch, the welding machine is used to realize the welding treatment of forging with welding torch;Transfer mechanism, the transfer mechanism is set to one side of the top surface of workbench, one side of the transfer mechanism is connected with the welding torch, and the welding machine is located one side of the top surface of the transfer mechanism.The whole welding process of the application does not need too much participation of personnel, can guarantee to reduce the labor intensity of worker, can guarantee the efficiency of forging welding.

The invention relates to a method for improving the surface quality of nickel-based alloy strip foil, and belongs to the technical field of high-temperature alloy processing and preparation. Remelting electroslag ingots with set chemical components are obtained; the remelting electroslag ingot is subjected to cogging forging at the heating temperature of 1150-1250 DEG C, the deformation is controlled to range from 30% to 70%, and a flat blank is obtained; the flat blank is subjected to hot rolling at the heating temperature of 1150-1250 DEG C, the deformation is controlled to be 50%-90%, and a strip blank is obtained; and the strip blank is sequentially subjected to rough cold rolling, first surface coping, finish cold rolling, second surface coping and withdrawal and straightening, and the nickel-based alloy strip foil is obtained. The nickel-based alloy foil with the high-quality surface is obtained by reducing defect sources layer by layer through high-temperature large-deformation forge welding shrinkage, hot rolling recrystallization refining, cold rolling layering hardening depth control, SiC micro cutting defect removal, finish rolling mirror surface copying and annealing refining, micro crack removal through ultra-finishing and residual crack closing through tension withdrawal and straightening.

A method of processing high-strength steel includes providing a first piece of high-strength steel. Friction stir processing the first piece of high strength steel is performed by pre-heating an area in advance of a friction stir welding tool and moving the friction stir welding tool between 500 mm and 300 mm per minute to attain a mixed zone having a mixed zone temperature at the mixed zone between a eutectoid temperature and a forge welding temperature from a combination of the friction from the friction welding tool and the step of pre-heating.

The invention discloses a drill rod hot forging welding production process, a drill rod production device and a drill rod, and relates to the technical field of drill rod production, the drill rod hot forging welding production process comprises a heating step, a forging step and a welding step, in the heating step, the end of a main rod pipe is heated; a forging step: forging the end part of the main rod pipe to construct a hot forging pipe section; and a welding step: welding and fixing the joint on the end face of the hot forging pipe section. According to the technical scheme, the welding strength between the main rod pipe and the connector can be improved, so that the risk that the drill rod is fractured in a welding seam area is reduced.

A method for forming a forged and welded split gear rim involves forging a full circular ring using a large ring rolling mill and cutting it into two semi-circular rings. Radial extrusion using hydraulic jacks and a square box prevents radius expansion after the full circle is cut, reducing the radius of the semi-circular rings to their pre-welding radius. A tie rod fixture then fixes the reduced-diameter, straightened semi-circular rings, allowing for heat treatment while maintaining the radius dimensions. Finally, removing the tie rod fixture and machining the components allows the two semi-circular rings to be welded into a full circular rim. This method eliminates the need for large plate rolling machines to bend steel plates into arc shapes and for extending the ends of the steel plate as clamps. Therefore, it reduces costs in terms of both equipment and materials used. This simplifies the production process, enabling manufacturers without large plate rolling machines or access to large quantities of high-strength steel plates to produce forged and welded split gear rims.