随着太阳能电站的普及和运用,针对更多恶劣腐蚀环境以及日益严格的环保要求,镀锌铝镁板代替了传统热镀锌钢板,正在成为光伏支架的主要材料。 With the popularization and application of solar power stations, for more harsh corrosion environment and increasingly strict environmental protection requirements, galvanized aluminum magnesium plate has replaced the traditional hot-plated galvanized steel plate, and is becoming the main material of photovoltaic bracket. 镀锌铝镁光伏支架,大大提高了材料的耐腐蚀性能,适合替代传统热镀锌材料,应用于大型地面电站项目。 Galvanized aluminum magnesium photovoltaic bracket, greatly improves the corrosion resistance of the material, suitable for replacing the traditional hot dip galvanized material, applied in large ground power station projects. 镀锌铝镁板的镀层是由锌(Zn)、铝(Al)、镁(Mg)高温固化形成,其显微结构由Zn、Al和Mg的致密三元共晶组织构成,从而使钢板表面形成一层致密的、有效防止腐蚀因子穿透的屏障。 The plating layer of galvanized aluminum magnesium plate is formed by high temperature curing of zinc (Zn), aluminum (Al) and magnesium (Mg). Its microscopic structure is composed of dense ternary cocrystal organization of Zn, Al and Mg, which forms a dense layer of barrier to prevent the penetration of corrosion factors. 为什么镀锌铝镁板能替代传统热镀锌材料? Why can the galvanized aluminum magnesium plate replace the traditional hot-dip galvanized material? 镀锌铝镁板四大优势 Galvanized aluminum magnesium plate four advantages 1、耐腐蚀性 表面生成致密的保护膜,镀层附着量少,耐腐蚀性出色,是热镀锌钢板的10倍左右。 1. Corrosion resistance The surface of dense protective film, coating attachment less, excellent corrosion resistance, is about 10 times of hot dip galvanized steel plate. 2、自修复 切割面周边的镀层成分不断溶出,形成致密的保护膜,具有断面及划痕修复能力,不需要后浸镀后加工的工序,平滑美观。 2. Self-repair The coating components around the cutting surface are constantly dissolved, forming a dense protective film, has the ability of section and scratch repair, does not need after the dip and plating process, smooth and beautiful. 3、寿命长 由于其耐腐蚀性及切割断面的自我愈合功效,相同涂层下,镀锌铝镁钢板使用寿命可以达到30年以上。 3. Long life Due to its corrosion resistance and self-healing effect of cutting section, the service life of galvanized aluminum magnesium steel plate can reach more than 30 years under the same coating. 4、易加工 镀层更加致密,在冲压加工时,不易产生剥离现象。镀层硬度较高,具有卓越的耐损伤性。新材料+专业设计实力,丰富支架运用场景。 4. Easy to process The ating is more dense, in stamping processing, not easy to produce stripping phenomenon. The coating has high hardness and excellent damage resistance. New materials + professional design strength, rich bracket application scenarios. |