Tianjin Easy Scaffolding Co., Ltd

Disc buckle scaffolding (also known as disc scaffolding, socket type disc buckle scaffolding) is a new type of modular scaffolding system, made of high-strength steel, and quickly assembled through wedge-shaped latches on the upright rod that connect the disc to the crossbar and the oblique rod. Its core structure is composed of upright poles, cross bars, oblique rods, adjustable bases and jackings, and the nodes adopt standardized design, which has both safety and flexibility, and is widely used in buildings, bridges, stage construction and other fields.

Core Benefits:
1. Stable structure, safe and reliable
Strong torsion resistance of the joint: The wedge-shaped self-locking design of the disc and the latch forms a rigid node, and the anti-side movement ability is more than 30% higher than that of traditional scaffolding.
Uniform force: The vertical rod is made of Q355B high-strength steel, the ultimate bearing capacity of a single rod is 200kN, and the overall load-bearing capacity of the system is high
All-steel frame design: no risk of loose moving parts, reducing potential safety hazards caused by human error.
2. Efficient installation, saving construction period
Modular assembly: There is no need for traditional fasteners and bolts, and workers only need to hammer the bolts to complete the connection, and the construction efficiency is increased by more than 50%.
Pre-assembly design: The standard member length is matched with the stereotyped diagonal brace, which can realize the rapid construction of "building blocks".
Adapt to complex terrain: The adjustable base can easily cope with slopes, soft soil foundations and other scenarios.
3. Strong economy and low comprehensive cost
Low wear rate: all steel components have strong durability, the service life can reach more than 15 years under normal use, and the residual value rate exceeds 40%.
Convenient transportation: the rods can be bundled and transported in batches, saving 30% of the logistics space compared with traditional steel pipes.
Labor cost optimization: 3-person teams can build 1000 square meters of scaffolding in a single day, reducing labor by 40%.
4. Standardized management, green construction
Environmental protection and consumption reduction: no scattered fasteners are lost, reducing material waste, and meeting green construction site standards.

Application scenarios
Super high-rise building: cooperate with the climbing frame system to realize the synchronous construction of external protection
Large-span structure: high load support such as cast-in-place bridges and airport terminals
Special-shaped engineering: curved theaters, stadiums and other complex modeling formwork support
Rescue engineering: quickly build emergency passages or temporary support structures