每一个建筑都是由各个构件组成，每一个构件的主要作用也是千差万别，钢构件现今是作为很多建筑结构的主要构成，各个部位所采用的钢构件起着不一样的性能。
Every building is composed of various components, and the main functions of each component vary greatly. Steel components are now the main components of many building structures, and the steel components used in various parts play different roles.
而钢结构工程更是深受制造业大国的欢迎，在中国这个以制造业业主的国家，钢结构厂房大开间的设计，钢结构的截面面积小，安装和运输方便，比传统的建筑模式建造时间更短，大大提高资金的使用率和投入使用速度。
The steel structural engineering is even more popular among the manufacturing countries. In China, a country with manufacturing owners, the design of steel structure workshops with large bays has small sectional area of steel structures, convenient installation and transportation, shorter construction time than the traditional building mode, and greatly improves the utilization rate of funds and the speed of putting into use.
钢结构厂房的搭建是由主要的几大部分组成，钢柱、钢梁，钢屋架、钢屋盖，墙体这五大部分组成，还包括一些其余部位的零部件，钢构件。钢结构厂房的常用主构件对于整体结构质量有着何种的影响呢？
The construction of a steel structure factory building is mainly composed of five major parts: steel columns, steel beams, steel roof trusses, steel roofs, and walls. It also includes some other parts and steel components. What impact does the commonly used main components of steel structure factories have on the overall structural quality?
钢结构厂房构件制造规范的准确，是保证钢结构厂房整体质量的前提条件，因而，要准确把握好比方钢柱的直线度和曲解、柱和梁的联接孔到柱底板的距离、联接孔本身的加工精度、屋面梁的直线度和柱梁联接板的加工精度、梁柱上的系杆或支持联接板相对于梁柱本身的方位规范、檩托板的方位规范等。
The accuracy of the manufacturing specifications for steel structure factory building components is a prerequisite for ensuring the overall quality of the steel structure factory building. Therefore, it is necessary to accurately grasp the straightness and curvature of steel columns, the distance from the connection holes of columns and beams to the column bottom plate, the processing accuracy of the connection holes themselves, the straightness of roof beams and the processing accuracy of the column beam connection plates, and the orientation specifications of the tie bars or support connection plates on beams and columns relative to the beam column itself Specification for the orientation of purlin support plates, etc.