The Aluminium Truss Beam (LV78) 18 supplied by St Helens Plant provides a premium solution for temporary roofing, scaffolding, and demanding construction projects. Expertly crafted from high-quality aluminium, this beam delivers exceptional strength while remaining lightweight, ensuring efficient transport, handling, and installation without compromising durability.
As part of the LV78 Aluminium Truss Beam Series, the LV78 18 is designed for seamless compatibility with various scaffolding systems, offering flexibility across a range of construction environments. Its innovative design supports standard EN 74 scaffold couplers on all members, except the diagonals, allowing for versatile attachment points and adaptable configurations while maintaining structural integrity.
The Aluminium Beam (LV78) 3000 available from St Helens Plant provides an advanced solution for temporary roofing, scaffolding, and complex construction projects. Constructed from premium-grade aluminium, this high-performance beam combines impressive strength with a lightweight design, ensuring easy handling, transport, and installation without sacrificing durability.
As part of the LV78 Series, the LV78 3000 is engineered for seamless integration with a wide range of scaffolding systems, making it a versatile choice for various construction environments. Its innovative design accommodates standard EN 74 scaffold couplers on all members, except the diagonals, enhancing installation flexibility while maintaining structural integrity.
The Aluminium Lattice Beam, LBA 6000 from St Helens Plant is a premium-grade solution for temporary roofing and scaffolding. Combining lightweight handling with exceptional strength, it simplifies transport and installation while maintaining superior structural integrity.
Universally compatible with various scaffolding systems, this beam ensures versatility and efficiency for diverse construction projects. Available for hire or purchase, the LVB 6000 offers a cost-effective and reliable choice for professionals demanding high performance and adaptability.