拉絲鋁板是在外力作用下使鋁板強行通過模具，拉出線條的制造過程，鋁板廠家對其工藝主要流程分為脫酯、砂磨機、水洗3個部分。

Brushed aluminum plate is a manufacturing process in which the aluminum plate is forcibly passed through a mold under external force, and the lines are pulled out. The aluminum plate manufacturer divides the main process into three parts: ester removal, sand grinding, and water washing.

鋁板經過拉絲處理，表面會出現規律的拉絲紋理，在性能上，拉絲鋁板與普通鋁板一樣，容易刮傷，不耐紫外線，不耐洗滌。但是經過氧化的拉絲鋁板，其表面會形成一層非常好的保護膜，可以對拉絲鋁板起到很好的保護作用，這層特殊的氧化膜并不是我們將鋁板放置空氣中直接氧化就可以的，空氣中自然氧化的拉絲鋁板是沒辦法起到防腐蝕效果，要把拉絲鋁板放置相應的電解溶液中，進行一系列的工藝流程處理，才能賦予拉絲鋁板一層特殊的氧化膜。該層氧化膜可以賦予氧化拉絲鋁板優異的性能，如耐刮傷，耐紫外線，耐洗滌，耐指紋，不吸塵，同時還能有多種顏色可選。

After wire drawing treatment, the surface of aluminum plates will have regular wire drawing textures. In terms of performance, wire drawn aluminum plates are like ordinary aluminum plates, easy to scratch, not resistant to UV rays, and not resistant to washing. However, after oxidation, a very good protective film will form on the surface of the brushed aluminum plate, which can provide good protection. This special oxide film cannot be directly oxidized by placing the aluminum plate in air. The naturally oxidized brushed aluminum plate in the air cannot provide anti-corrosion effect. To give the brushed aluminum plate a special oxide film, it is necessary to place it in the corresponding electrolytic solution and undergo a series of process treatments. This layer of oxide film can endow the oxidized brushed aluminum plate with excellent performance, such as scratch resistance, UV resistance, washing resistance, fingerprint resistance, no dust absorption, and multiple colors to choose from.

在挑選拉絲鋁板的時候，要了解清楚是否有做氧化工藝，氧化工藝可大大提升拉絲鋁板的性能，適用于建筑裝飾、家用電器、開關面板、汽車配件、燈具照明、電子五金等行業。

When selecting brushed aluminum panels, it is important to understand whether there is an oxidation process in place. Oxidation processes can greatly improve the performance of brushed aluminum panels, making them suitable for industries such as building decoration, household appliances, switch panels, automotive accessories, lighting fixtures, and electronic hardware.