| Customization: | Available |
|---|---|
| Connection Type: | Pin Connection |
| Finish: | Galvanized |
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Material: Typically constructed from forged steel for strength and durability, with a zinc coating to prevent corrosion.
Design: Comprises two wedges or sleeves connected by a central bolt. Tightening the bolt forces the wedges outward, gripping the inner diameter of the scaffold tubes.
Function: Used to join two scaffold tubes vertically from the inside, providing a stable connection that maintains alignment.
Compatibility: Works with various scaffolding systems, including Ringlock, Cuplock, Kwikstage, and Frame systems.
Ease of Use: Simple to install and adjust, facilitating quick setup and on-site modifications.
Safety: Enhances the stability and safety of the entire scaffolding structure, crucial for construction projects.
Join pins play a crucial role in creating a rigid and stable framework for scaffolding, supporting the weight of workers, tools, and materials.
| Length | Weight |
| 0.22m | 0.25 |
Durable Material: Typically made from forged steel, join pins are built to withstand high stress and provide long-lasting performance.
Corrosion Resistance: Often zinc-plated or galvanized to protect against rust and corrosion, extending the lifespan of the pins.
Strong Connection: Designed to securely join two scaffold tubes together, ensuring a stable and rigid structure.
Easy Installation: Simple to use, with a straightforward design that allows for quick and efficient assembly of scaffolding.
Central Bolt Design: Features a central bolt that, when tightened, forces the wedges or sleeves outward to grip the inner diameter of the scaffold tubes firmly.
Compatibility: Suitable for use with various scaffolding systems, including Ringlock, Cuplock, Kwikstage, and Frame systems.
Safety: Enhances the overall stability and safety of the scaffolding structure, preventing tube misalignment and movement.
Lightweight: Despite their strength, join pins are relatively lightweight, making them easy to handle and transport.
Precision Fit: Manufactured to precise specifications to ensure a perfect fit and secure connection between scaffold tubes.
Versatility: Used in a wide range of construction projects to connect scaffold tubes vertically, supporting different scaffold configurations and setups.
These features make join pins essential components in scaffolding systems, ensuring the stability, safety, and efficiency of construction projects.
Join pins are highly applicable in scaffolding systems for various purposes due to their role in securely connecting scaffold tubes. Here are some specific uses:
Vertical Connections: Join pins are used to connect two scaffold tubes end-to-end vertically, ensuring the scaffold structure can be extended upwards safely and stably.
Tower Scaffolding: They are essential in the construction of tower scaffolds, providing secure connections that maintain the stability and alignment of the tower as it rises.
Building Facades: When working on tall building facades, join pins help create the necessary height in scaffold structures, enabling workers to reach higher levels safely.
Bridge Construction: In bridge construction, join pins allow for the creation of tall and stable scaffold systems to support workers and materials as they build and repair bridge sections.
Industrial Maintenance: Used in industrial settings for maintenance and repairs, join pins help construct scaffolds that reach high or hard-to-access areas, ensuring worker safety and scaffold stability.
Temporary Stages: For events requiring temporary stages or elevated platforms, join pins ensure the stability of scaffolding structures used to support these temporary installations.
Restoration Projects: In restoration work, join pins are crucial for building scaffold structures that provide access to high and complex sections of historic buildings or monuments.
By providing a secure connection between scaffold tubes, join pins play an essential role in the safety and effectiveness of various scaffolding applications.
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