Anyang Forging Press can provide CNC closed die hydraulic forging hammer to make flanges, auto parts, agricultural machinery parts, gearing, bearing, etc.
Anyang Forging Press can provide CNC closed die hydraulic forging hammer to make flanges, auto parts, agricultural machinery parts, gearing, bearing, etc.
Numerical control hydraulic close die forging hammer is mainly used in precision forging and multiple mould forging of all kinds of accessories. The inner loading of numerical control close die forging hammer is rich in technical content, and the system is controlled by programmable system. There is no special requirement on the operator, that's only simple operation so that ensuring the stability of hammer quality. The intellectualized numerical control system can set the hit energy at will, not only it doesn't waste energy, but also it can control the oil temperature and lengthen the life of ram, hammer head and mould. Our company is the only one special manufacturer of numerical control hydraulic close die forging hammer, we have a history of more than 50 years in producing forging press equipment. We are an iso9001:2000 certification company. Wooden case.
Hydraulic close die forging hammer is a new energy saving and environmental protection forging hammer. It can save more than 90% energy comparing with the steam forging hammer and the forging hammer with compressor. Also, hydraulic close die forging hammer can improve the working condition. The advantage, structure and design feature of hydraulic close die forging hammer as follows: 1. Energy conservation and environmental protection. 2.The operation is convenience, lowering and the act is agility 3.System work safety, it has safety locking motion 4.Special structure is more fair and more safety. Our company is the only professional manufacturer of hydraulic die forging hammer in china, we have a history of more than 50 years in producing hydraulic close die forging hammer and other forging press equipment. We are an iso9001:2000 certification company.
Ring rolling component
The aim of fly drop forge is the continuous improvement of our closed die forgings and manufacturing processes to ensure that we remain the preferred supplier of quality custom forgings. A commitment from every person within the organisation is encouraged by means of participation in improvements in our products and our closed die forging process. All products are manufactured in a way that when used in the normal accepted manner shall comply with all statutory requirements and acceptable standards of quality using the recommended reference systems and business objectives.
Closed die drop forging, or closed die forging, is a forging way that presses heated round metal bar into the shape we need under the pressure of the dies. It will ensure the accuracy of dimensions and little machining allowance, no structure limit, high production efficiency. General steps of closed die drop forging are: mould developing-raw material cutting-heating material-forging-trimming cutting-heat treatment-shot blasting-machining-surface treatment-package. Materials that applied in drop forging process can be stainless steel, alloy steel, carbon steel, copper and other forged materials.
Closed die forging is one of the main process for manufacturing steel forgings. Closed Die Forging is a forging process in which dies move towards each other and covers the workpiece in whole or in part. The heated raw material, which is approximately the shape or size of the final forged part, is placed in the bottom die. The shape of the forging is incorporated in the top or bottom die as a negative image. Coming from above, the impact of the top die on the raw material forms it into the required forged form.
Material: carbon steel, stainless steel, alloy steel, aluminum alloy, copper alloy, etc. The scope of weight: 0.2 kgs-50 kgs Output per year: 3000ton Surface finish: rust proofing, painting, galvanizing, power coating
Closed die forging A heated workpiece is placed in a stationary mold half. The upper mold half is pushed against the workpiece with an applied pressure force and deformed and shaped by the two mold halves. It often requires several strokes before the mold cavity is fully filled. To ensure that such a material is sufficient to fill the mold the workpiece volume is slightly larger than the mold. The design allows for excess material to flow outside the required shape and is trimmed away in a subsequent operation. In some cases, the part is repositioned in the mold to apply further strokes to achieve final size and volume. The closed die forging method allows for Precision forging where ingot size is carefully controlled. More information about closed die forging, refer to closed die forging vs open die casting. -
