Zhuozhan Takes You To Learn More About Ringlock Scaffold​

Ringlock Scaffold is a type of Building Scaffolding. It is a new scaffolding system introduced from Europe. Since entering the market in the 1980s, it has been widely used around the world with its unique design and advantages. As an upgraded product of thecuplock scaffolding, it also has other names such as chrysanthemum plate scaffolding system and plug-in plate scaffolding system. ​
System composition and features​
Core components: The Ringlock Scaffold system is mainly composed of core components such as standard parts, horizontal and diagonal tie rods. A wheel is welded every 50 cm on the standard part. There are 8 holes on the wheel, of which 4 smaller holes are distributed at 90° intervals and 4 larger holes are located between them, which can provide a wider range of connection angles, greatly enhancing the flexibility of the system construction. Whether it is a complex building appearance or an irregular structure, Ringlock Scaffold can easily adapt, fit every corner of the building and the unique architectural features, and ensure the efficient operation of the construction site. ​
Material advantages: The main material of the system is vanadium-manganese alloy structural steel, which is 1.5 to 2 times stronger than the ordinary carbon steel pipe (national standard Q235) used in traditional scaffolding. High-quality materials provide the scaffolding with a strong load-bearing capacity, enabling it to withstand the weight of workers, materials and equipment, and meet the needs of various high-demand projects. At the same time, the main components have undergone internal and external hot-dip galvanizing anti-rust treatment processes, including hot-dip galvanizing, electro-galvanizing, powder coating, painting, etc., which not only significantly improves the service life of the product, but also further guarantees the safety of the product, and has a beautiful appearance.​
Efficient construction: The construction process of Ringlock Scaffoldis extremely simple and efficient. All major components can be firmly locked in place with the help of a hammer, without the need for bolts, screws or other mechanical tools. This simple assembly principle greatly increases the construction speed, which can effectively shorten the construction period and save valuable time costs for engineering projects. For example, when constructing different types of scaffolding such as floor scaffolding, stair towers, Steel Scaffolding, support scaffolding and birdcage scaffolding, its efficiency can be fully demonstrated. With a variety of accessories, the application scenarios of this system are almost unlimited.​
Related Accessories Introduction​
Board Brackets: Zhuozhan offers Ringlock Board Brackets in various specifications, such as 12" Ringlock Side Brackets (single scaffolding board), which are often used on the edge of the scaffolding to extend the working range of the scaffolding. The Ringlock Side Brackets (double scaffolding board), also commonly known as "knee outs", are also used to expand the edge of the scaffolding. These brackets are made of high-strength low-alloy structural steel, and the surface is hot-dip galvanized. They have excellent durability and high tensile strength. They can be installed in vertical and horizontal directions, providing more options for the construction of scaffolding work platforms.​
Slide - in Steel Toeboards: Easy-to-install toeboards are an important part of scaffold edge protection, which can effectively prevent objects from sliding off the scaffold. Zhuozhan's plug-in steel toeboards can be securely installed behind the wedges of the crossbars through a simple sliding installation method, and can be installed vertically or at right angles. Made of galvanized steel and spray-painted, it is durable, and the unique shape design facilitates efficient stacking, storage and transportation. ​
Steel Planks: Steel scaffolding plans are placed on the crossbars and securely fixed with windproof locks. Stabilizers set at the edges can effectively prevent the scaffolding from tilting or shaking, providing workers with a stable and comfortable working platform. The perforated design of the scaffolding surface allows water to pass smoothly, preventing ice and dirt accumulation, ensuring that the walking surface always remains non-slip, further improving the safety of work. ​

Wide application scenarios ​
Ringlock Scaffold Due to its excellent performance, it is widely used in various construction projects. Whether it is the construction of high-rise buildings or the construction of complex structures such as bridges and large venues, it can be seen. For example, in the construction of some large commercial complexes, it is necessary to build a large-scale, high-strength scaffolding system to meet the needs of different construction stages. Ringlock Scaffold has become an ideal choice with its high load-bearing capacity and flexible construction method. In the field of industrial construction, such as the construction and maintenance of chemical plants and power plants, the safety and corrosion resistance of scaffolds are extremely high. The high-quality materials and anti-rust treatment process of Ringlock Scaffold make it fully competent. ​
As a professional scaffolding supplier, Zhuozhan not only provides high-quality Ringlock Scaffold and its related components, but also has a professional team to provide customers with a full range of services, including scheme design, installation guidance and after-sales maintenance. If you are looking for a reliable scaffolding solution, you may wish to consider Zhuozhan's Ringlock Scaffold system. We will serve you wholeheartedly and help your project go smoothly. ​
In actual construction, following the correct construction and use specifications is very important for the full play of Ringlock The advantages of Scaffold and ensuring construction safety are crucial. For example, when building, it is necessary to follow the local occupational health and safety regulations and standards, follow the manufacturer's instructions, and ensure that the scaffold is built on a stable, flat foundation that can withstand the corresponding load.