The disc-type scaffolding is a scaffolding that is more familiar to people in the industry. It has good safety performance and long service life. However, the main reason for recommending you to use the disc-type scaffolding is the social and economic benefits.

1.What projects can the buckle rack be used for?

The support design of general elevated bridge projects, tunnel projects, factories, elevated water towers, power plants, refineries, and special factories. It is also suitable for overpasses, span scaffolding, storage shelves, chimneys, water towers, indoor and outdoor decoration, large concert stages, background frames, stands, viewing platforms, modeling frames, stair systems, stage construction for evening parties, stands for sports competitions, and other projects.

2. Factors for recommending the use of disc-type scaffolding

The disc-type scaffolding is a relatively new type of scaffolding. Compared with some traditional scaffolding, it uses Q355B steel with higher strength as the material of the load-bearing rod, so the rod diameter is larger and the bearing capacity is greatly improved. The bearing capacity of a single component of a traditional steel pipe support is generally around 3t. Under the same step distance of the horizontal rod, the bearing capacity of the vertical rod can reach 11t.

The unique diagonal rod combination of the disc-type scaffolding can effectively improve the overall stability of the scaffolding. The rods have many specifications, various grid forms, and good structural stress.

The disc-type scaffolding has a high steel utilization rate, a small amount of steel, is easy and quick to set up, and has good economic benefits.

3. What should the disc-type scaffolding do in the industry?

Product quality is the cornerstone of an enterprise’s long-term development. The disc-type scaffolding has a complete set of quality standards that must be strictly enforced. Unlike other scaffoldings, the enterprise can modify, process, or arbitrarily choose different materials.

Project management was not something that leasing companies had contact with before. This is a very big threshold for the upgrade of the scaffolding to project contracting. It can be said to be a process from scratch. There must be professional on-site construction personnel, erection personnel, safety management personnel, technical docking personnel, project management personnel, etc.

Technical design refers to the design of scaffolding erection plan, which is a prerequisite for engineering. Professional frame design plan can only be constructed according to the plan after being verified by experts. In recent years, talents who can design scaffolding are very scarce, and technical talents with many years of experience are even rarer.

Professional formwork contracting actually provides full-service from design to completion of the project, among which transportation service is also very critical. Only by ensuring the timely entry and exit of materials can the needs of on-site construction be met.

4. Six major upgrades of disc-type scaffolding

The disc-type connection method is the mainstream scaffolding connection method in the world. Reasonable node design can achieve that the force transmission of each rod is through the node center. It is an upgraded product of scaffolding with mature technology, firm connection, stable structure, safety and reliability.

The disc-type scaffolding has standardized disc spacing, flexible coordination, light formwork system, large connection disc distance, less physical consumption of workers, and saves labor costs. It can be applied to various building structure beam and slab supports, bridge supports, building structure decoration operation frames, and various auxiliary facilities.

The main components are all made of internal and external hot-dip galvanizing anti-corrosion technology, completely abandoning the surface treatment of brushing and spraying. This surface treatment method that does not peel off or rust not only reduces the high per capita maintenance cost, but also has a consistent appearance. The elegant and beautiful silver color also enhances the image of the project.

The disc-type scaffolding has a larger support capacity, and the support span can be larger than the traditional bowl-type scaffolding and steel pipe fasteners, providing ample construction space for on-site operations.

Taking the 48 series support frame as an example, the allowable bearing capacity of a single pole with a height of 5 meters is 4.8 tons (safety factor is 2), and the destructive load reaches 10 tons, which is 2-3 times that of traditional products.

For the 60 series support frame, the allowable bearing capacity of a single pole with a height of 5 meters is 8 tons (safety factor is 2), and the destructive load reaches 16 tons.

Generally, the spacing between vertical poles is 1.5 meters and 1.8 meters, and the step distance of horizontal poles is 1.5 meters. The maximum spacing can reach 3 meters, and the step distance can reach 2 meters. Therefore, the usage under the same volume will be reduced by 1/2 compared with traditional products, and the weight will be reduced by 1/2~1/3.

Due to the small amount and light weight, operators can assemble it more conveniently. The assembly and disassembly costs, transportation costs, rental costs, and maintenance costs will be saved accordingly, generally 30% can be saved.

It is precisely because of the above that the disc-type scaffolding has excellent characteristics and is therefore widely used.