steel forging
View more specifications steel forging for you| Product Name： | steel forging |
| Model No： | F001 |
| Place of Origin: | Zhejiang |
| Trademark: | forging |
| Min. Order: | 500pcs/pcs |
| Delivery Date: | 60- 90 days |
| Productivity: | as per customers |
| Packing: | crates |
| Transportation: | by sea / by air |
| Specifications: | carbon steel stainless steel |
| Function: | valve housings, oil industry |
| Payment Type: | T/T |
| Patent Right: | None |
| Certificates: | ISO9001 & TUV |
| Export Markets: | USA CANADA EUROPE |
| Cooperation Company: | Many |
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Description
Hammer Forging (Flat Die): Preferred method for individual forgings. The shaping of a metal, or other material, by an instantaneous application of pressure to a relatively small area. A hammer or ram, delivering intermittent blows to the section to be forged, applies this pressure. The hammer is dropped from its maximum height, usually raised by steam or air pressure. Hammer forging can produce a wide variety of shapes and sizes and, if sufficiently reduced, can create a high degree of grain refinement at the same time. The disadvantage to this process is that finish machining is often required, as close dimensional tolerances cannot be obtained.
Precision Casting OEM manufacturer high pressure valve housings oilfield tool parts downhole drilling tool parts Ningbo Shanghai. export license ISO9001:2000 TUV (PED 97/23/EC & AD2000 – W0/TRD 100) exporter castings forgings CNC machined parts electrical frequency furnaces air hammer punch friction press oil-hydraulic press CNC lathes CNC machine center milling spectrometer Coordinate Measuring Machine (CMM) Surface Roughness Tester tensile yield hardness low temperature impact PT inspection X-ray hydraulic pressure test CAD Pro-E Solid works Photoshop Adobe carbon steel stainless steel WCC WCB WC6 WC9 LCC CF8 CF8M alloy steel gray iron GGG50 GGG60 GG40 grinding drilling milling
Hammer Forging (Flat Die): Preferred method for individual forgings. The shaping of a metal, or other material, by an instantaneous application of pressure to a relatively small area. A hammer or ram, delivering intermittent blows to the section to be forged, applies this pressure. The hammer is dropped from its maximum height, usually raised by steam or air pressure. Hammer forging can produce a wide variety of shapes and sizes and, if sufficiently reduced, can create a high degree of grain refinement at the same time. The disadvantage to this process is that finish machining is often required, as close dimensional tolerances cannot be obtained.
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