Ringlock scaffolding is not the same type of scaffolding as wheel scaffolding. As a new type of scaffolding, ringlock scaffolding originated from Germany. As a mainstream product in Europe and America, the main components of ringlock scaffolding are divided into There are eight holes on the vertical rod, cross rod and diagonal rod. The four small holes are dedicated for cross rods and the four large holes are dedicated for diagonal rods. The connection method of the cross bar and the inclined bar are all the pin type, which can ensure the solid connection of the rod and the vertical rod. The crossbar and diagonal rod joints are specially made according to the arc of the pipe, and they touch the vertical steel pipe on the whole surface. After the bolt is tightened, it will be stressed at three points (the joint is two points up and down and the bolt is one point to the disc), which can be firmly fixed and increased. The structure is strong and transmits horizontal force, the crossbar head and the steel pipe body are fixed by full welding, and the force transmission is correct.
The inclined rod head is a rotatable joint, and the inclined rod head is fixed to the steel tube body with rivets. As for the connecting method of the vertical pole, the square tube connecting rod is the main method, and the connecting rod has been fixed on the vertical rod, and no additional joint components are needed to assemble, which can save the trouble of data loss and sorting. Advanced skills, disc-like connection method is the international mainstream scaffolding connection method, reasonable node design can reach all the members to transmit force through the node center, mainly used in European and American countries and regions, is the upgraded product of scaffolding, skills Mature, strong connection, stable structure, safe and reliable. The original materials are upgraded; the primary materials are all low-alloy structural steel (national standard), whose strength is 1.5-2 times higher than that of traditional scaffolding ordinary carbon steel pipe (national standard).
Hot-dip galvanizing process; the main components are made of internal and external hot-dip galvanizing anti-corrosion process, which not only improves the service life of the product, but also provides further guarantee for safety, and at the same time, it is beautiful and beautiful. Reliable quality; the product starts from cutting, the entire product processing has to go through 20 procedures, each procedure is carried out by professional machines, reducing the intervention of human factors, especially the production of horizontal rods and vertical rods, using self-developed all The automatic welding machine achieves high product precision, strong interchangeability, and stable quality. Large bearing capacity Taking the 60 series heavy-duty support frame as an example, the allowable bearing capacity of a single pole with a height of 5 meters is 9.5 tons (safety factor is 2), and the breaking load reaches 19 tons, which is 2-3 times that of traditional products.
The amount is small and the weight is light; under normal circumstances, the distance of the vertical pole is 1.5 meters, 1.8 meters, the step distance of the cross bar is 1.5 meters, the maximum distance can reach 3 meters, and the step distance can reach 2 meters. Therefore, the amount of the same support volume will be reduced by 1/2 compared to the traditional product, and the weight will be reduced by 1/2 to 1/3. The assembly is fast, easy to use, and cost-saving; due to the small amount and light weight, the operator can more easily assemble. Tie-up and disassembly fees, transportation fees, rental fees, and protection fees will be saved accordingly, and under normal circumstances, it can save 30%. Discs, wedge pins, vertical rods, cross rods, diagonal rods, diagonal heads, cross rod heads, start rods, tripods, these are all components of the disc buckle scaffold.
The distance between the bars of the disc buckle scaffold is larger, and the maximum distance between the bars is 300mm. The steel consumption is reduced by about 30%. In addition, the construction time is short and labor is saved, the construction and disassembly of the scaffolding is more convenient, and the use is simpler. It greatly reduces the construction time, reduces the construction cost, and indirectly reduces the use cost of the scaffolding. Moreover, no other tools are needed when the scaffold is used, and the erection can be completed with a hammer, making it easier to disassemble and install. The construction time is greatly reduced, and the natural use cost is also reduced.
Post time: Nov-17-2021