18121283180
上海铸然集团:外标型钢一站式采购平台
美标型钢、英标型钢、欧标型钢、日标型钢、澳标型钢、耐低温型钢、重钢结构、桥梁结构
主营:工字钢角钢槽钢钢板钢管钢轨钢结构
上海、山东莱芜、山东临沂、安徽马鞍山、广东佛山等地均设有仓库
常备库存4-5万吨
欧标工字钢 IPE2701356.6*10.2 是符合欧洲标准 (EN 10034) 的高性能工字钢,广泛应用于建筑、桥梁和工业结构中。它以其卓越的承重能力和耐用性,在各种工程项目中提供可靠支持。
IPE270: 工字钢的高度为 270 毫米。
135: 翼缘宽度为 135 毫米。
6.6: 腹板厚度为 6.6 毫米。
10.2: 翼缘厚度为 10.2 毫米。
高承重能力: 设计用于承受重载荷,适合大规模结构和重型工程。
耐用性强: 采用高质量钢材,具有优异的耐腐蚀性和抗磨损性。
加工便捷: 易于切割、焊接和钻孔,满足各种施工和工程需求。
建筑工程: 用于建筑物的主要承重梁和柱,提高结构的稳定性。
桥梁建设: 提供桥梁关键部件的强大支撑,确保结构的安全和稳定。
工业设备: 作为工业机械设备的支撑和框架部件,增强设备的整体性能。
高度: 270 毫米
翼缘宽度: 135 毫米
腹板厚度: 6.6 毫米
翼缘厚度: 10.2 毫米
IPE2701356.6*10.2 工字钢是高强度工程和建筑项目中的理想选择,提供了卓越的承载能力和可靠性。
IPE2701356.6*10.2 European Standard I-Beam is a high-performance steel product that conforms to the European Standard (EN 10034). It is widely used in construction, bridge building, and industrial structures due to its excellent load-bearing capacity and durability, providing reliable support for various engineering projects.
IPE270: The height of the I-beam is 270 millimeters.
135: The flange width is 135 millimeters.
6.6: The web thickness is 6.6 millimeters.
10.2: The flange thickness is 10.2 millimeters.
High Load-Bearing Capacity: Designed to handle heavy loads, suitable for large-scale structures and heavy-duty applications.
Strong Durability: Made from high-quality steel with excellent corrosion resistance and wear resistance.
Easy Processing: Simple to cut, weld, and drill, meeting diverse construction and engineering requirements.
Construction Engineering: Used in primary load-bearing beams and columns of buildings to enhance structural stability.
Bridge Construction: Provides robust support for critical bridge components, ensuring safety and stability.
Industrial Equipment: Acts as support and framing for industrial machinery, improving overall performance.
Height: 270 millimeters
Flange Width: 135 millimeters
Web Thickness: 6.6 millimeters
Flange Thickness: 10.2 millimeters
The IPE2701356.6*10.2 I-Beam is an ideal choice for high-strength engineering and construction projects, offering superior load-bearing capacity and reliability.