HEB100 Hビーム鋼

We offer HEB100 H beam steel, a high-quality structural steel designed for heavy-duty applications. With its wide flange design, the HEB100 provides exceptional load-bearing capacity, making it perfect for large-scale projects such as bridges, industrial buildings, and high-rise structures. When you choose our HEB100 H beams, you can be confident in their superior strength and durability, meeting international standards for structural integrity and performance.

HEB100 Hビーム鋼

FOB価格 : 交渉中

簡単な詳細

MOQ:≧1トン原点: 山東省,中国

保証: 5 納期年数: 0-15 日

支払方法

すべて受け入れられます

カスタマイズ

利用可能

配送

海上または陸上の貨物

Unique Features of HEB100 H Beam Steel

HEB100 H beam steel stands out due to its outstanding strength-to-weight ratio. This feature allows you to reduce material costs without compromising on structural performance. The broad flange and uniform thickness ensure excellent resistance to bending and deformation, providing you with reliable support for even the most demanding projects. With our HEB100 beams, you get consistent quality, precision manufacturing, and a product that is designed to meet your specific construction needs.

HEB100 H Beam Steel Specifications

財産	価値
Steel Grade	S235JR, S275JR, S355JR
標準	で 10034, で 10365
化学組成	C: ≤ 0.17%, Si: ≤ 0.55%, ん: 0.60%-0.90%
許容範囲	Tolerances as per EN 10034:1993
Dimensions	幅: 100mm, Height: 100mm
Thickness of Flange	10.0mm
Weight	14.2 kg/m
長さ	カスタマイズ可能 (Typically 6-12m)
表面処理	Hot Rolled, Mill Finished
降伏強さ (min)	235 MPa (for S235JR)
抗張力	360-510 MPa
伸長	≥ 20% (depends on grade)

Applications of HEB100 H Beam Steel

High-rise Building Construction: If you’re building a skyscraper or large commercial building, the HEB100 H beam steel will provide the structural support you need for a safe and durable foundation.
橋の建設: Whether it’s a road or railway bridge, the HEB100 H beam is ideal for projects requiring high load-bearing capacity and durability.
Industrial Buildings: HEB100 beams are perfect for industrial applications, including factory frames, 機械サポート, and large-scale infrastructure.