High - Performance Aluminum Extrusion Parts for Diverse Applications
Aluminum extrusion parts stand out for their exceptional advantages.
First, they boast remarkable light weight, which makes them ideal for various industries where reducing weight is crucial. Meanwhile, their high strength ensures they can withstand different loads and stresses. The corrosion resistance of these parts is another significant advantage, allowing them to perform well in harsh environments.
The processing technology of aluminum extrusion is a sophisticated process. It starts with selecting high - quality aluminum alloys.
Then, the material is heated to an appropriate temperature to make it malleable. After that, it is forced through a die with the desired cross - section using a hydraulic press. This precise process ensures the production of parts with consistent quality and accurate dimensions.
In terms of application scope, these parts are widely used in the automotive industry for making components such as engine brackets and body frames. In the construction field, they are employed in window frames, door frames, and structural supports. The electronics industry also benefits from them, using them in heat sinks and electronic device housings.
The using range of aluminum extrusion parts is extensive. They can be applied in both indoor and outdoor environments. From daily consumer products to heavy industrial equipment, their versatility makes them indispensable.
Regarding precision, our aluminum extrusion parts are manufactured with high accuracy. The dimensional tolerance can be controlled within a very narrow range, ensuring a perfect fit with other components.
In terms of production speed, our advanced production lines enable us to achieve high - efficiency manufacturing. We can handle large - scale orders while maintaining excellent quality.
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Parameter
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Detail
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Material
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High - quality aluminum alloys (such as 6063, 6061)
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Strength
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Tensile strength: 180 - 240 MPa
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Corrosion Resistance
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Excellent performance in atmospheric, water, and most chemical environments
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Dimensional Tolerance
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Typically ±0.05 - 0.1 mm
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Production Capacity
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Up to 5000 tons per month
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