Discover The Advantages Of The Innovative Ringlock System Now

1. Q: What are the main advantages and features of the ring lock scaffolding system

A: The ring lock system is an advanced modular scaffold, and its main features include:
Safe and stable: All components are made of high-strength steel and are firmly locked through a unique wedge pin connection method, featuring a large load-bearing capacity and the ability to withstand high shear stress.
Efficient and fast: The modular design makes assembly and disassembly very convenient, saving a lot of time and labor costs.
Flexible and universal: The system component standards can be flexibly combined according to different engineering requirements (such as shipyards, Bridges, airports, stages, etc.).
Durable and rust-proof: Components are usually treated with hot-dip galvanizing on the surface, which has strong rust-proof ability and a long service life.

2. Q: What are the differences between the ring lock system and traditional scaffolding (such as frame-type or coupler-type steel pipe scaffolding)?

A: The ring lock system is a new type of modular system. Compared with the traditional system:
Connection method: It adopts a more efficient and reliable wedge pin connection, replacing the traditional bolt or fastener connection. The installation is faster and less likely to loosen due to human factors.
Materials and strength: Mainly high-strength aluminum alloy structural steel (commonly OD60mm or OD48mm pipes) is used, and its strength is approximately twice that of ordinary carbon steel scaffolding.
Structural design: Its modular design and interlaced self-locking structure offer greater overall stability and flexibility.

3. Q: What are the main core components of the ring lock system?

A: The core standard components of the system mainly include:
Vertical rods and crossbars: vertical rods with ring-shaped buckle plates (standard parts) and crossbeams with wedge pins at both ends (middle crossbeam).
Diagonal braces: They are used to provide overall stability and prevent scaffolding from tilting.
Basic components: such as base jacks (adjustable height), bottom hoops, toe plates, etc., are used to ensure the stability and flatness of the bottom of the scaffolding.
Working surface components: such as steel channel decks, grid beams, etc., are used to form working platforms.
access channel components: such as stairs, ladders, passage doors, etc.

4. Q: In what types of engineering projects are ring lock systems typically applied?

A: Due to its high level of safety and flexibility, the ring lock system is widely used in various complex and large-scale engineering projects, mainly including: ship repair, petrochemical tank construction, bridge construction, tunnel and subway engineering, airport terminals, large music performance stages, stadium stands, and industrial plant construction, etc.

5. Q: Is the ring lock system similar to other modular scaffolds (such as the disk buckle type /Cuplock)?

A: They both belong to the modular scaffolding system and are more advanced than traditional scaffolding. However, the Ringlock system has its unique design:
Connection node: The ring lock system on the vertical pole is a complete circular ring-shaped buckle plate, while the Cuplock type is usually a segmented disc. Both use wedges or pins for locking, but their specific structures and operational details are different.