钢结构工程的车间主要是指主要的承重构件是由钢材组成的，包括钢柱子，钢梁，钢结构基础，钢屋架，钢屋盖等。总结发现，车间钢结构腐蚀是指车间内有腐蚀性气体、潮气或是介质纯在，金属与环境间的物理和化学相互作用，以及钢铁材料与空气中的氧及水分子起氧化作用而产生氧化腐蚀现象，从而削弱了钢结构构件的承载力和使用寿命，使金属性能发生变化，导致金属、环境及其构成系功会受到损伤的现象，以至于给生产带来危害性影响，性能好的防腐涂料可以让车间钢架结构防腐20年以上。
The workshop of steel Structural engineering mainly refers to that the main load-bearing components are composed of steel, including steel columns, steel beams, steel structure foundation, steel roof truss, steel roof, etc. In summary, it is found that corrosion of workshop steel structures refers to the physical and chemical interactions between metals and the environment due to corrosive gases, moisture, or pure media present in the workshop, as well as the oxidation of steel materials with oxygen and water molecules in the air, resulting in oxidative corrosion. This weakens the bearing capacity and service life of steel structure components, changes the metal properties, and damages the metal, environment, and their constituent systems, So much so that it has a harmful impact on production that high-performance anti-corrosion coatings can prevent corrosion of workshop steel frame structures for more than 20 years.
钢结构在环境中的腐蚀不可避免，尤其是锈蚀，在侵蚀性介质作用下，钢材将产生腐蚀，侵蚀性介质主要有酸腐蚀、碱腐蚀和盐腐蚀三种类型。根据其形态分，有液相腐蚀和气相腐蚀两大类。家庄电动伸缩门 保定桌椅 保定水处理设备 河北机械加工 保定养老院 保定防水此外，大气湿度和雨水、大气灰尘、温度作用以及钢材与其他金属的接触都将引起钢材的腐蚀。
Corrosion of steel structures in the environment is inevitable, especially rust. Under the action of corrosive media, steel will undergo corrosion, which mainly includes three types: acid corrosion, alkali corrosion, and salt corrosion. According to its morphology, there are two major categories: liquid phase corrosion and gas phase corrosion. In addition, atmospheric humidity, rainwater, atmospheric dust, temperature effects, and contact between steel and other metals will all cause corrosion of steel.
耐酸腐蚀防腐涂料溶液是由新型志盛威华特制的无机聚合物螯合成膜溶液，已硅氧基-Si-O-Si-键为基础，嫁接有机烷基侧链作为辅佐，再已羟基为端链螯合的防腐成膜物，ZS-711防腐涂料分子键对硅原子上连接螯合的羟基
The acid corrosion resistant and anti-corrosion coating solution is a special inorganic polymer chelating film forming solution made by the new Zhisheng Weihua. It is based on the siloxy Si-O-Si bond, grafted with organic alkyl side chains as auxiliary, and then the hydroxyl group is the end chain chelating anti-corrosion film forming material. The ZS-711 anti-corrosion coating molecular bond is connected to the chelated hydroxyl group on the silicon atom