由于鍍鋅C型鋼的質量好，這也是人們選擇C鋼的主要原因，以減少選擇劣質鋼的可能性。這里是對鍍鋅C型鋼細節的分析。的C型鋼的表面是一面沒有凹坑或顆粒的鏡子。如果發生這種情況，就意味著所使用的材料中含有許多雜質，直接影響著C型鋼的質量。因此，人們不能選擇鍍鋅C鋼，否則會造成各種使用故障，增加人們的生產成本。在選擇C型鋼時，人們需要根據實際需要選擇C型鋼.因為C鋼的厚度直接影響其承載力。在大型建筑中，當人們需要具有優良承載能力的C型鋼時，必須選用厚壁鋼。如果選用壁厚較薄的C型鋼，則根本無法承受相應的重量，從而增加了事故發生的可能性。
Due to the good quality of galvanized C-section steel, this is also the main reason why people choose C-section steel, so as to reduce the possibility of choosing inferior steel. Here is the analysis of the details of galvanized C-section steel. The surface of excellent C-section steel is a mirror without pits or particles. If this happens, it means that the materials used contain many impurities, which directly affects the quality of C-section steel. Therefore, people cannot choose galvanized C steel, otherwise it will cause various use faults and increase people's production cost. When choosing C-section steel, people need to choose C-section steel according to the actual needs, because the thickness of C-section steel directly affects its bearing capacity. In large buildings, when people need C-section steel with excellent bearing capacity, thick wall steel must be selected. If C-section steel with thin wall thickness is selected, it can not bear the corresponding weight at all, thus increasing the possibility of accidents.

鍍鋅c型鋼規格型號
Specification and model of galvanized C-section steel
鍍鋅C型鋼檁條按高度不同分為80、100、120、140、160五種規格，長度可以根據工程設計而確定。鍍鋅C型鋼都是由C型鋼成型機自動加工成型的。鍍鋅C型鋼成型機根據給定的C型鋼尺寸就可以自動完成鍍鋅C型鋼的成型工藝。鍍鋅C型鋼廣泛用于鋼結構建筑的檁條、墻梁，也可自行組合成輕量型屋架、托架等建筑構件。此外，還可用于機械輕工制造中的柱、梁和臂等。
Galvanized C-shaped steel purlins are divided into five specifications: 80, 100, 120, 140 and 160 according to different heights, and the length can be determined according to the engineering design. Galvanized C-section steel is automatically processed and formed by C-section steel forming machine. The galvanized C-section steel forming machine can automatically complete the forming process of galvanized C-section steel according to the given size of C-section steel. Galvanized C-section steel is widely used in purlins and wall beams of steel structure buildings, and can also be combined into lightweight roof truss, bracket and other building components. In addition, it can also be used for columns, beams and arms in mechanical and light industry manufacturing.
打孔的鍍鋅C型鋼
Perforated galvanized C-section steel
鍍鋅c型鋼是一種經濟裁面型材，由于其截面形狀合理，產品在很多場合中都有運用，比如鋼結構建筑的檁條、墻梁等等。鍍鋅c型鋼在檁條方面方面有著特殊的用途，可以起到良好的固定作用，而這還得通過對鍍鋅c型鋼打孔才能做到，打孔也成為鍍鋅c型鋼加工中較普遍的方式之一。鍍鋅c型鋼通常都是由鍍鋅c型鋼成型機自動加工成型的，然后在在此基礎上進行打孔作業，經過測長確定出打孔的位置，然后利用相關設備沖出拉筋圓孔、橢圓連接孔等不同作用的孔，后面將型材切斷就可以使用了。
Galvanized C-section steel is an economical cut profile. Due to its reasonable section shape, products are used in many occasions, such as purlin, wall beam and so on. Galvanized C-section steel has a special purpose in purlin and can play a good fixing role, which can only be achieved by punching galvanized C-section steel. Punching has also become one of the more common methods in the processing of galvanized C-section steel. Galvanized C-section steel is usually automatically processed and formed by galvanized C-section steel forming machine, and then the drilling operation is carried out on this basis. The drilling position is determined through length measurement, and then relevant equipment is used to punch holes with different functions such as tie bar round hole and elliptical connection hole, and then the profile can be cut off.
鍍鋅C型鋼在加工時會有很大的內應力存在
Galvanized C-section steel will have great internal stress during processing
鍍鋅c型鋼和其他鋼材一樣，鍍鋅c型鋼在建筑工程中經常會用到，而且鍍鋅c型鋼用之前還會經過加工。我們在對c型鋼進行加工的時候才發現，鍍鋅c型鋼的沖壓與彎曲回彈將作為一個重點問題看待，才能保證c型鋼加工質量。作為c型鋼加工過程中的一道重要工序，冷彎是C型鋼成形的關鍵，雖然冷彎之后還要對材料進行校正，但是將c型鋼材料彎曲一段時間后還是會出現嚴重的變形情況。這就說明c型鋼中有很大的內應力存在，才使得c型鋼彎曲之后還是會產生很大的回彈情況的產生。
Like other steels, galvanized C-section steel is often used in construction projects, and galvanized C-section steel will be processed before use. When processing C-section steel, we found that the stamping and bending springback of galvanized C-section steel will be regarded as a key issue in order to ensure the processing quality of C-section steel. As an important process in the processing of C-section steel, cold bending is the key to the forming of C-section steel. Although the material needs to be corrected after cold bending, serious deformation will still occur after bending C-section steel for a period of time. This shows that there is a great internal stress in C-section steel, which makes C-section steel still produce a great rebound after bending.