Aluminum alloy parts developed for the high-speed operating environment of textile machinery. Using precision extrusion molding technology with high dimensional accuracy, light weight, and excellent dynamic balance. The surface is treated with electrophoresis or anodizing for rust and corrosion resistance, adapting to the high-humidity, fly-laden working environment of textile workshops. Products include guide rails, crossbeams, roller stands, and other parts, supporting customization per drawings. Suitable for air-jet looms, water-jet looms, circular knitting machines, and other textile equipment.
| Aluminum Parts for Textile Machinery | |
| Material | 6063-T5 / 6061-T6 Aluminum Alloy |
| Surface Treatment | Electrophoretic Coating / Anodizing |
| Dimensional Tolerance | ±0.05mm (Precision parts) |
| Processing Technology | Extrusion + CNC Machining + Drilling & Tapping |
| Length | Customized per customer requirement |
We manufacture architectural aluminum profiles for doors, windows and curtain wall systems, as well as customized industrial aluminum profiles for automotive, new energy, electrical power, medical equipment and other industrial applications. We also supply UPVC profiles.
Yes. We operate an in-house die and mold processing center, allowing us to independently develop extrusion tooling for standard and complex profile cross-sections. This helps improve technical communication, development efficiency and dimensional control.
We provide complete in-house surface-treatment services, including vertical powder coating, anodizing and sandblasting. Suitable finishes can be recommended according to the profile application, appearance and performance requirements.
Yes. In addition to aluminum extrusion, we can provide CNC precision machining and other value-added processing according to customer drawings and project requirements.
We operate 20 aluminum extrusion lines with presses ranging from 800 tons to 5,000 tons. Our annual production capacity reaches approximately 100,000 tons, supporting both customized projects and long-term volume orders.
