Sustainability

CL-Talon systems are made from aluminum, one of the most environmental friendly building materials available. The environmental benefits come from aluminum’s lightweight, strong, and durable characteristics, and nearly infinite recyclability. These qualities mean that while the attachment systems are in use, they will provide high quality, long-lasting performance, and when they reach their end of life, they can be recycled for other purposes. In addition, aluminum’s light weight means lower shipping costs compared to steel and other materials, and the modular rail systems can be packed very efficiently, which can help reduce overall waste.

Aluminum

One of the most environmental friendly

building materials available

Highlights Points

  • Designed to reduce the negative impacts on nature through the saving of energy use and the lightweight recycled material of its components.
  • Lowered environmental impacts, reduced envelope dead load.
  •  Avoids the use of thousands of small attachment points commonly used to improve the envelope surface.
  • High-performance thermal isolation of the support significantly improves the envelope’s thermal performance, lowering energy-associated greenhouse gas emissions and drastically reducing the building’s lifetime energy use and cost for owners and occupants.
  • lightweight recycled material:
  • Aluminum is the most recyclable of all materials.

Discover all Benefits

High energy-efficient cladding support system compatible with continuous insulation.

Designed to reduce the negative impacts on nature.

Quality-tested. Exceeded all aspect ASTM E330, NFPA 285 and Gravity Load.

Allows vertical and horizontal installation with zero sightline.

Efficient thermal breaker that spans through the insulation layer.

Work with all types of panels.

NATIONAL & INTERNATIONAL PATENTS PENDING

CL-Talon. The New Generation of Cladding Support Systems

 

Aluminum

One of the most

environmental friendly

building materials available

Designed to reduce the negative impacts on nature through the saving of energy use and the lightweight recycled material of its components.

Lowered environmental impacts, reduced envelope dead load.

 Avoids the use of thousands of small attachment points commonly used to improve the envelope surface.

High-performance thermal isolation of the support significantly improves the envelope’s thermal performance, lowering energy-associated greenhouse gas emissions  and drastically reducing the building’s lifetime energy use and cost for owners and occupants.

lightweight recycled material:

Aluminum is the most recyclable of all materials.