1. Mechanical Design Meets Project-Specific Load Requirements
Its vertical poles are made of Q345B high-strength steel with an axial compressive strength of up to 200kN, stably bearing various loads in heavy-duty scenarios. Equipped with 360° adjustable diagonal poles, it forms a stable triangular structure, whose anti-overturning coefficient is 40% higher than that of traditional scaffolding. The wedge pin + self-locking pin connection ensures strong pulling resistance (≥3kN), avoiding node failure caused by loose bolts.
2. Construction and Acceptance Key Points
For foundation treatment, a 10cm thick concrete cushion is required for soft soil, and the horizontal deviation of adjustable bases ≤5mm. During erection, the verticality deviation of vertical poles must be within 1/500, and vertical diagonal poles should be set for each layer when the crossbar spacing is 1.5m. According to JGJ/T 231-2021, the pin locking rate must be 100%, and the distance from the bottom rail to the ground ≤300mm.
3. High Cost-Effectiveness
Although its unit price (about 2000 yuan/ton) is twice that of traditional scaffolding, the daily rental price is only 1.5 yuan/ton, suitable for long-term projects with low wear and tear. It also reduces potential costs by lowering safety accident risks and shortening the construction period. Overall, its comprehensive cost is 25% lower than traditional schemes, achieving a good balance between long-term investment and short-term benefits.
Post time: 2026-04-13 09:20:24