Construction Heavy Duty Support Scaffold Steel Props

Q235 shoring Steel Prop1. Free size2. Easy to operate3. Rigorous quality control4. High efficiencyAdjustable steel prop can be used many times so that shorten construction period compress construction cost. It is made of domestic high quanlity steel tube. 1) Material: Q2352) Adjustable length: 1220-4000mm(we can produce according to your requirement)3) Pipe size: Diameter 48mm or 60mm, thickness from 2.0mm to4.0mm according to your requirement4) Surface: Painted, Galvanized, Hot DIP galvanized1. The size of the scaffolding prop Adjustable(m)MaterialInner pipe(mm)Outer pipe(mm)Top/Bottom base(mm)Surface finished3.0--4.8Q235φ 48X3.0φ 60X3.0120X120X6Painted/Galvanized2.2--4.0Q235φ 48X3.0φ 60X3.0120X120X6Painted/Galvanized2.0--3.5Q235φ 48X3.0φ 60X3.0120X120X6Painted/Galvanized1.6--3.0Q235φ 48X3.0φ 60X3.0120X120X6Painted/Galvanized2.5--4.0Q235φ 48X2.0φ 60X2.0120X120X3.5Painted/Galvanized2.1--3.6Q235φ 48X2.0φ 60X2.0120X120X3.5Painted/Galvanized1.5--3.0Q235φ 48X2.0φ 60X2.0120X120X3.5Painted/Galvanized2.5--4.0Q235φ 48X2.5φ 60X2.5120X120X5Painted/Galvanized2.0--3.5Q235φ 48X2.5φ 60X2.5120X120X5Painted/Galvanized1.5--3.0Q235φ 48X2.5φ 60X2.5120X120X5Painted/GalvanizedAdjustable(m)MaterialInner pipe(mm)Outer pipe(mm)Top/Bottom base(mm)Surface finished2.5--4.0Q235φ 48X2.0φ 57X2.0120X120X3.5Painted/Galvanized2.0--3.5Q235φ 48X2.0φ 57X2.0120X120X3.5Painted/Galvanized1.5--3.0Q235φ 48X2.0φ 57X2.0120X120X3.5Painted/Galvanized2.5--4.0Q235φ 40X2.0φ 48X2.0120X120X3.0Painted/Galvanized2.0--3.5Q235φ 40X2.0φ 48X2.0120X120X3.0Painted/Galvanized1.5--3.0Q235φ 40X2.0φ 48X2.0120X120X3.0Painted/Galvanized2. The advantage of adjustable steel propsThe Steel prop with reasonable and highly carrying capacity. At the construction site, it can effectively reduce the amount of prop, so that the workers can have a big operating space and can handling the materials smoothly. The Steel prop without additional bracing and tripod-type were combined into an independent prop, stand-alone steel pillars form the basis of the whole structure