• To learn more about VSL in the United States, please visit www.vsl.net
• To learn more about VSL worldwide, please visit www.vsl.com

VSL's bonded multistrand systems hold up to fifty-five 0.5" or 0.6" strands encased in duct and bonded using a high-performance grout. Design advantages for large structural members, such as beams and transfer girders, include increased span lengths and load-carrying capacity and reduced deflection. VSL offers a wide variety of systems to meet design specifications and achieve project requirements. LEARN MORE

Typical applications include:

• Beams and transfer girders
• Bonded slabs 
• Bridge and transportation structures

VSL’s monostrand post-tensioning systems provide protection against corrosion and ensure a longer life for concrete structures. VSL offers a wide variety of systems to meet design specifications and achieve project requirements. LEARN MORE

Typical applications include:

• Elevated slabs
• Beams and transfer girders
• Shear walls
• Mat foundations

VSL stay cable systems meet stringent requirements regarding design, construction and maintenance for cable-stayed and suspended bridges – able to withstand the most aggressive environments and satisfy industry standards for a 100-year service life. LEARN MORE

VSL Stay Cable System features:

• Individually protected strands anchored with fixed or adjustable anchorages.
• Independent strand anchoring
• Individual strand corrosion protection
• Individual strand erection, stressing, removal, and replacement.

The VSL heavy lifting system, using hydraulic equipment, is one of the safest and most reliable ways to maneuver and place large structural components. By using multiple jacks and the VSL wedge system, the lift becomes a highly controlled, safe operation. For projects in which cranes or other conventional handling equipment cannot be used because of excessive weight, dimensions or space limitations, VSL Heavy Lifting will often provide the most effective solution. LEARN MORE

VSL Heavy Lifting System features:

• Flexibility to perform virtually any lifting, lowering or sliding operation.
• Tightly controlled, safe process operated manually or by remote control.
• Effective solution for projects beyond the scope of conventional lifting equipment.
• Safe and reliable method for maneuvering and placing large structural components.
• Precisely controlled by specially designed computer based monitoring equipment.