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| Product Description
The main function of the cover is to protect mechanical equipment such as brake discs and gearboxes, preventing damage caused by dust, impurities, and other contaminants. This effectively reduces the likelihood of equipment failure and extends the service life of the devices.
We fabricate various components by cutting and bending aluminum alloy sheets, and then weld these components together. Our weld seam quality complies with ISO standards. Finally, we remove all sharp-edged burrs from the product and install rivet nuts.
| Product Details
| Aluminum Alloy Materials We select 5052, 5454, or 5754 aluminum alloy as raw materials because they not only have good ductility and toughness, which can be formed through various processing technologies, but also are lightweight, capable of reducing the weight of the wind turbine nacelle. |
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| Perforated Sheet The holes on the sheet are all through holes, which not only further reduce the overall weight of the cover but also provide good ventilation and heat dissipation channels for equipment such as brake discs and gearboxes. Moreover, we strictly control the surface roughness within a reasonable range to ensure product quality. |
| Welding Process We use intermittent welding, which not only reduces costs but also maintains the structural strength. In addition, the long arc-shaped welds perfectly fit the surface of the workpiece, being both aesthetically pleasing and practical. |
|
| 45° Chamfer The 45° chamfer can effectively remove the sharp edges of parts, avoiding stress concentration and burr injuries, while also facilitating assembly and subsequent processing, thereby enhancing the overall quality and safety of the parts. |
| Product Description
The main function of the cover is to protect mechanical equipment such as brake discs and gearboxes, preventing damage caused by dust, impurities, and other contaminants. This effectively reduces the likelihood of equipment failure and extends the service life of the devices.
We fabricate various components by cutting and bending aluminum alloy sheets, and then weld these components together. Our weld seam quality complies with ISO standards. Finally, we remove all sharp-edged burrs from the product and install rivet nuts.
| Product Details
| Aluminum Alloy Materials We select 5052, 5454, or 5754 aluminum alloy as raw materials because they not only have good ductility and toughness, which can be formed through various processing technologies, but also are lightweight, capable of reducing the weight of the wind turbine nacelle. |
|
| Perforated Sheet The holes on the sheet are all through holes, which not only further reduce the overall weight of the cover but also provide good ventilation and heat dissipation channels for equipment such as brake discs and gearboxes. Moreover, we strictly control the surface roughness within a reasonable range to ensure product quality. |
| Welding Process We use intermittent welding, which not only reduces costs but also maintains the structural strength. In addition, the long arc-shaped welds perfectly fit the surface of the workpiece, being both aesthetically pleasing and practical. |
|
| 45° Chamfer The 45° chamfer can effectively remove the sharp edges of parts, avoiding stress concentration and burr injuries, while also facilitating assembly and subsequent processing, thereby enhancing the overall quality and safety of the parts. |
