Guangzhou Building Construction Steel Ladder Frame Scaffolding For Sale
US $300.00-$900.00
Aluminium Mobile Scaffolding Ringlock Scaffoldings for Building Construction Best Price
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- Supplier: Laoting Zhuozhan International Trade Co. Ltd.Laoting Ltd.
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Product Overview
Description
Product Description
Ring-lock scaffolding
The ring-lock scaffolding is a type of high-strength, load-bearing scaffolding typically made from steel. Its structural design allows for easy and quick assembly of components, making it suitable for various complex environments. The unique ring-lock connection points provide excellent stability and safety, making it ideal for high-rise buildings and large engineering projects.
Ring-lock scaffolding is widely used in various applications due to its strength and versatility. It is particularly suited for high-rise building construction, where its robust structure can support the demands of tall buildings. In industrial settings,such as factories and power plants, it provides safe access to elevated areas for workers. Additionally, ring-lock scaffolding is essential in bridge construction and maintenance, allowing secure access for those involved in these projects. It is also commonly employed for staging platforms at events like concerts and festivals. In renovation projects, both residential and commercial, it offers reliable access to multiple levels. Moreover, it plays a significant role in civil engineering initiatives, including the construction of tunnels, dams, and roads, making it a favored choice across diverse fields.
Specification
Standard Specifications for Horizontal Bars | ||||||||||
tube diameter （mm） | tube thickness （mm） | material | weight （kg） | Length （mm） | Surface treatment | |||||
48 | 2.75 | Q235 | 1.41 | 0.3 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q235 | 2.39 | 0.6 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q235 | 3.34 | 0.9 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q235 | 4.29 | 1.2 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q235 | 5.24 | 1.5 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q235 | 6.14 | 1.8 | Hot dip galvanizing/spray paint | |||||
Standard Specifications for Vertical Bars | ||||||||||
tube diameter （mm） | tube thickness （mm） | material | weight （kg） | Length （mm） | Surface treatment | |||||
48 | 3.25 | Q355 | 12.75 | 2500 | Hot dip galvanizing/spray paint | |||||
48 | 3.25 | Q355 | 10.45 | 2000 | Hot dip galvanizing/spray paint | |||||
48 | 3.25 | Q355 | 8.02 | 1500 | Hot dip galvanizing/spray paint | |||||
48 | 3.25 | Q355 | 5.17 | 1000 | Hot dip galvanizing/spray paint | |||||
Specifications and Standards for Diagonal Bracing | ||||||||||
tube diameter （mm） | tube thickness （mm） | material | weight （kg） | Length （mm） | Surface treatment | |||||
48 | 2.75 | Q195 | 5.37 | 600*1500-1600 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q195 | 5.67 | 900*1500-1700 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q195 | 6.04 | 1200*1500-1860 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q195 | 6.44 | 1500*1500-2040 | Hot dip galvanizing/spray paint | |||||
48 | 2.75 | Q195 | 7.04 | 1800*1500-2240 | Hot dip galvanizing/spray paint | |||||
Ring-lock scaffolding is widely used in various fields, such as building construction (including high-rise buildings, industrial and residential buildings), bridge engineering (both pier and superstructure construction), municipal works (urban rail transit, road and utility tunnel construction), stage and stadium erection, and power engineering (power tower and substation construction). It provides stable support and working platforms for different projects and plays an indispensable and crucial role in the construction process of multiple industries.
FAQ
1. What is the safe carrying capacity of scaffolding??
The safe load-bearing capacity of a scaffold depends on many factors, including the type of scaffold, pole specifications, erection height, span, usage conditions, etc. Different types of scaffolding have corresponding design specifications and load-bearing standards. For example, the axial force design value of a single pole of fastener-type scaffolding is generally around 20-30kN. However, in actual use, it must be erected in strict accordance with the design requirements and construction specifications. , and make necessary calculations and checks to ensure the safety of the scaffolding during use. It is strictly prohibited to use scaffolding overloaded to avoid collapse accidents.
2. how can we guarantee quality?
Always a pre-production sample before mass production; Always final Inspection before shipment;
3.How often does scaffolding need to be inspected??
Scaffolding should be inspected regularly. Under normal circumstances, it should be inspected at least once a week after the scaffolding is erected and during use. Special inspections should be conducted when encountering severe weather, resumption of work, major construction nodes, etc. The inspection includes whether the scaffolding poles are firmly connected, whether the vertical poles are vertical, whether the horizontal poles are horizontal, whether the scaffolding boards are intact, whether the protective facilities are complete and effective, etc. Any problems found will be recorded and rectified in a timely manner.
4. How durable is the scaffold?
The durability of scaffolding depends on the quality of the materials and the environment in which it is used. Metal scaffolding is generally durable, but if exposed to severe weather conditions (such as strong winds, rain, etc.), regular inspection and maintenance are required to ensure its safety for long-term use.
5. Is it possible to customize scaffolding??
Yes, many manufacturers offer customized scaffolding, especially for special construction needs or projects with specific size and material requirements. Customized scaffolding is usually designed according to the construction environment and functional requirements to improve construction efficiency and safety.
The safe load-bearing capacity of a scaffold depends on many factors, including the type of scaffold, pole specifications, erection height, span, usage conditions, etc. Different types of scaffolding have corresponding design specifications and load-bearing standards. For example, the axial force design value of a single pole of fastener-type scaffolding is generally around 20-30kN. However, in actual use, it must be erected in strict accordance with the design requirements and construction specifications. , and make necessary calculations and checks to ensure the safety of the scaffolding during use. It is strictly prohibited to use scaffolding overloaded to avoid collapse accidents.
2. how can we guarantee quality?
Always a pre-production sample before mass production; Always final Inspection before shipment;
3.How often does scaffolding need to be inspected??
Scaffolding should be inspected regularly. Under normal circumstances, it should be inspected at least once a week after the scaffolding is erected and during use. Special inspections should be conducted when encountering severe weather, resumption of work, major construction nodes, etc. The inspection includes whether the scaffolding poles are firmly connected, whether the vertical poles are vertical, whether the horizontal poles are horizontal, whether the scaffolding boards are intact, whether the protective facilities are complete and effective, etc. Any problems found will be recorded and rectified in a timely manner.
4. How durable is the scaffold?
The durability of scaffolding depends on the quality of the materials and the environment in which it is used. Metal scaffolding is generally durable, but if exposed to severe weather conditions (such as strong winds, rain, etc.), regular inspection and maintenance are required to ensure its safety for long-term use.
5. Is it possible to customize scaffolding??
Yes, many manufacturers offer customized scaffolding, especially for special construction needs or projects with specific size and material requirements. Customized scaffolding is usually designed according to the construction environment and functional requirements to improve construction efficiency and safety.
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