Lightweight steel framing, prefabrication and BIM

This article looks at three things EBS Global works with: lightweight steel framing, prefabrication and digital design tools.

Lightweight steel framing

Lightweight steel is recyclable and wastes less material in production and on site. The components are pre-engineered and arrive ready to install, which shortens construction schedules. The same system suits buildings from houses to multi-storey commercial projects.

Lightweight steel framing resists fire, pests and seismic activity, which avoids costly repairs and extends the life of the structure.

Prefabrication and digital design tools

Prefabrication means building components off site in a controlled environment. Results are more consistent, there is less room for human error, and the site is disrupted less. At EBS Global, prefabricated steel wall systems are engineered to exact specifications, which matters most on large projects. On urban developments it means a shorter schedule at the same quality.

Building Information Modeling (BIM) lets architects, engineers and contractors work from the same detailed 3D model, and EBS Global uses it together with its prefabrication process. Digital workflows also improve cost estimates, scheduling and resource allocation.

What lightweight steel framing offers

• Strength. Steel frames are designed to carry heavy loads and resist extreme weather across Canada's varied climate.
• Flexibility. Frames can be customized to the architectural and structural requirements of the building, from a residential complex to a large industrial facility.
• Environmental impact. Steel is fully recyclable, and lightweight steel lowers a project's carbon footprint.

Weather and energy

EBS Global's systems are designed for harsh conditions, including heavy snow, strong winds and high humidity. Insulation in prefabricated steel wall systems helps regulate indoor temperature and lowers energy use, and lightweight steel frames work with renewable energy systems such as solar panels.

Working together

Architects, engineers, contractors and manufacturers have to work together to adopt new practices. Government policy matters too: in Canada, stricter energy codes and sustainability standards encourage eco-friendly materials and methods.