Blog Category
EK Blog
Blog Categories
How thick is the pipe used in the Cuplock scaffolding system?
According to different cuplock parts, the wall thickness of the cuplock tube is 2.5mm to 3.2mm. In the production of cuplock scaffolding, the cuplock pipe is connected to cuplock scaffolding accessories such as top cup, bottom plate, oblique rotating piece or scaffold half connector. Cuplock pipe is a scaffolding material used to make cuplock scaffolding parts. Including cup lock standard, cup lock ledger, cuplock beam, cuplock diagonal brace, etc. According to the component specifications of the cuplock scaffolding system, you can find 40NB light, medium and heavy cuplock pipes. The steel grade of cuplock tube can be s235 and s355. In addition to cuplock piping, you can also find prefabricated cuplock scaffolding system parts that are painted and galvanized. Cuplock pipe is a hollow section pipe used in the manufacture of cuplock scaffolding materials. The outer diameter is O.D 48.3mm. According to different cuplock parts, the wall thickness of the cuplock tube is 2.5mm to 3.2mm. In the production of cuplock scaffolding, the cuplock tube is connected to cuplock scaffolding accessories such as top cup, bottom plate, oblique rotating piece or scaffold half connector. Cuplock scaffolding vertical pipeCuplock scaffolding verticals are made from scaffolding tubes with an outer diameter of 48.3×3.2 mm. According to cuplock scaffolding standards, S355 steel pipe grade is required for vertical fabrication
Advantages of Ringlock Scaffolding System
Ringlock scaffolding is one of the most popular types of modular scaffolding in the world. The main difference between ringlock scaffolding and traditional pipe-clamp scaffolding is that ringlock scaffolding consists of prefabricated garlands that connect the different scaffolding components together. Ringlock scaffolding systems are available in steel and aluminum. Due to its lightweight nature, it is very efficient and easy to use for scaffolders while still maintaining technical competence. Versatility:Ringlock Scaffolding is extremely versatile thanks to 8 attachment points on each wreath. When it comes to tricky angles and system supports, this has a huge advantage over other systems that only have 4 attachment points. Ringlock Scaffolding Systems feature numerous additional scaffolding components that work together to achieve unique designs not possible with other systems. Speed and efficiency:One of the significant advantages of ringlock scaffolding systems is their ease of assembly and disassembly. With a unique ringlock connection system, ringlock scaffolding can be installed and removed quickly and easily compared to pipe clamp scaffolding, saving you valuable time and energy during the installation and removal stages. A ledger or diagonal brace can be securely attached to a rosette with just a few taps of a hammer! For most scaffolding jobs, ring locking systems are the most cost effective due to the efficiency
Features of Ringlock scaffolding systems
The scale and complexity of modern construction projects around the world requires efficient, safe and strong scaffolding systems that can support construction work at any height on round, angular or straight structures. The Ringlock Scaffolding System is a versatile modular scaffolding system that helps construction crews assemble, use and dismantle scaffolding quickly and efficiently, allowing for the assembly of smaller components to support mega-structures. Ringlock Scaffolding System includes: Scaffolding Ringlock Vertical (Standard) Scaffolding Ringlock Ledger Ringlock Ring Ringlock Diagonal Brace Scaffolding Walk Board 1. Widely used Whether you are a construction worker specializing in offshore construction, shipbuilding, industrial maintenance, road construction or wall installation, ring scaffolding is vital to your success. Ringlock Scaffolding Systems are designed to support complex designs, allowing structures with complex shapes and heights to be easily constructed. 2. Quick assembly and disassembly At the heart of the Ringlock Scaffolding System is the ease of use and efficiency of the scaffolding. Ringlock scaffolding systems provide construction workers with a sturdy mechanism that is easy to install and remove. 3. Flexible and stableRinglock Scaffolding Systems can lock at different angles and use notches to align exactly at 45 or 90 degree angles. 4. High load carrying capacity The design of the ring scaffolding allows it to support
What Is Scaffolding Swivel Coupler？
Scaffolding coupler is one of the important components in the tubular scaffolding system and plays a role in fastening and connecting the entire tubular scaffolding system. The setting of the scaffolding coupler is very important to ensure the stability of the entire tubular scaffolding. The number of scaffolding couplers required in a complete tubular scaffolding system and the position of the coupler need to be determined according to the height, load-bearing, load and floor height of the scaffolding system. Calculation. Scaffolding coupler includes rotating fasteners and fixed fasteners, forged fasteners and stamped fasteners, etc. Different fasteners have their own unique characteristics and are suitable for different construction situations. The scaffolding couplers produced by EK are all galvanized for longer service life, and are manufactured in accordance with BS1139, EN74 and JIS standards and undergo strict testing to ensure quality control of the scaffolding couplers. Scaffolding Swivel Coupler is used to fix two steel pipes. It is often used when diagonal support is required, allowing two pipes with an outer diameter of 48.3 mm to be connected at any angle. To build temporary platforms for certain construction purposes. Due to its flexibility, it is widely used in petroleum and petrochemical projects, ship and aircraft maintenance, etc. In addition to manufacturing scaffolding couplers,
450mm Alloy Beam
EK produces two types of alloy beams, one with a width of 450mm and another with a width of 750mm. First, let us introduce to you the alloy beam with a width of 450mm. The 450mm width alloy beam is specially designed with high load capacity and is currently the best-selling alloy beam. This design directly connects the tie and the supported tubular connection diagonally to achieve maximum load and improve the stability of the alloy beam. The top and bottom chords and end columns have an outer diameter of 48.30mm, and the 450mm alloy beam can be linked the length of the alloy beam using special sockets, nuts and bolts. Alloy beams are highly versatile, multi-purpose scaffolds that are lightweight and easy to operate. They are often used to support heavy structures in construction, civil engineering and other heavy-duty tasks. Therefore, alloy beams need to be resistant when bearing heavy loads. The ability to bend. The Alloy beam produced by EK is made of 48.3mm diameter, 4mm thick tube and is compatible with tube&coupler scaffolding, cuplock scaffolding, ringlock scaffolding and kwikstage scaffolding. The diagonal spacing on the Alloy beam allows couplers to be connected to the upper and lower chords at locations other than where the vertical and diagonal lines intersect, and the couplers
Adjustable Steel Props
EK can customize different shapes of steel props according to the height, inner and outer tube dimensions, top and bottom plate dimensions required by the customer. Steel props can be divided into lightweight, middle duty acrow prop, light-duty acrow formwork prop, and heavy-duty acrow prop according to their carrying capacity. Steel props can be divided into spray-painted steel props, galvanized steel props and hot-dip galvanized steel props according to surface treatment. These surface treatments can prevent steel props from rusting, corrosion and general wear, and the prices corresponding to these different surface treatments are also different. . Adjustable steel props are load-bearing elements that are mainly responsible for transferring the load received by the support module to the ground, acting as a support after it reaches the necessary strength to absorb the necessary stress until it is put into use. The height of all adjustable steel props can be telescoped and adjusted to facilitate the steel props to reach the specified height. Steel props have a simple structure. A complete set of steel props consists of a top plate, a bottom plate, an inner tube, an outer tube, a sleeve, a nut and a pin. This kind of steel props can be arbitrarily adjusted in length within the allowed range, and can be disassembled and reused.