BSL-logo---Copy
Call Us icon

Call Us

+91 120-4345180
+91 8130994385

BSL Scaffolding

BSL Scaffolding

Chat with our marketing expert.

Adjustable Telescopic Spans

  1. Home
  2. »
  3. Scaffolding System
  4. »
  5. Adjustable Telescopic Spans

Adjustable Telescopic Spans

In projects where precision, flexibility, and structural reliability matter, an Adjustable Telescopic Span provides a smart and adaptable solution. Designed to accommodate varying lengths and site conditions, this system allows controlled extension and contraction without compromising strength or stability. Whether used in temporary works, industrial structures, or specialised engineering applications, adjustable telescopic spans offer unmatched versatility where fixed-length components fall short.

By enabling on-site adjustment, these spans reduce installation time, minimise custom fabrication needs, and ensure accurate alignment even in challenging environments. Engineered for durability and performance, they support dynamic loads while maintaining safety and efficiency throughout the service life of the structure. An adjustable telescopic span is not just a component, it is a practical solution for modern, adaptable construction and engineering requirements.

SIZE Range, Min (m) Max.(m)
ESO +ESI 1.75 2.70
ESO + SI 2.35 3.40
SO +ESI 2.40 3.45
SO + SI 2.46 4.15
SO + LI 3.05 4.75
LO + SI 3.15 4.90
LO + LI 3.15 5.50
Note: No intermediate support to be provided under Adjustable telescopic Spans.

Key Features

An Adjustable Telescopic Span is engineered to deliver flexibility, strength, and precision in applications where variable span lengths and dynamic site conditions are critical. Designed with adaptability at its core, this system combines advanced engineering with practical functionality to support a wide range of structural and temporary works. The following key features highlight why adjustable telescopic spans are a reliable and efficient solution for modern construction and industrial projects.

  • Flexible Length Adjustment: The telescopic design allows smooth and controlled extension and retraction, enabling the span to be adjusted precisely to the required length. This flexibility eliminates the need for multiple fixed-size components, making it ideal for projects with changing or uncertain span requirements.
  • High Load-Bearing Capacity: Manufactured using high-strength materials, adjustable telescopic spans are capable of supporting substantial static and dynamic loads. Its robust construction ensures structural stability and dependable performance even under demanding operational conditions.
  • Precision Alignment and Stability: Integrated locking and securing mechanisms maintain accurate alignment once the desired span length is achieved. This ensures the structure remains stable, minimises movement, and enhances overall safety during operation or construction.
  • Quick and Efficient Installation: The adjustable nature of the telescopic span significantly reduces installation time. On-site adjustments can be made easily, minimising the need for custom fabrication and allowing faster project execution without compromising accuracy.
  • Durability and Corrosion Resistance: Designed for long-term use, these spans are often treated or coated to resist corrosion, wear, and environmental exposure. This makes them suitable for both indoor and outdoor applications, including harsh or variable weather conditions.
  • Reduced Material and Cost Requirements: By adapting to multiple span lengths, a single adjustable telescopic span can replace several fixed-length alternatives. This reduces material usage, transportation needs, and overall project costs while maintaining high performance standards.
  • Versatile Application Range: Adjustable telescopic spans can be used across a wide range of applications, including temporary bridges, structural supports, industrial platforms, formwork systems, and specialised engineering projects. Their adaptability makes them a practical solution across diverse industries. 

 

The Adjustable Telescopic Span stands out as a flexible, durable, and efficient structural solution tailored to modern construction and engineering challenges. Its ability to adapt to varying requirements, support heavy loads, and streamline installation makes it an invaluable asset for projects demanding precision and reliability. By combining strength with adjustability, these spans deliver long-term value, improved safety, and enhanced project efficiency.