Light Gauge Steel Framing System

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Light Gauge Steel Framing (LGSF)

LGSF systems are Pre-engineered, manufactured to precision, designed to withstand most severe climates of wind, seismic loads and snow loads. Transportable to remote locations, these are an excellent replacement to conventional RCC masonry work. These are assembled form Cold formed galvanized Steel “C” Profiles with a dry construction style building technology.

Some of the countries using this technology today are USA, Canada, Australia, New Zealand , South Africa, Gulf Countries and Middle East. In fact LGSF is currently employed as the standard building practices all over Europe and Australia due to eco-friendly properties.

Hybrid System(LGSF + Built-up Sections)

LGSF Engineering Solutions uses hybrid systems i.e. Mix of LGSF and Built-up sections when the structure required span beyond 9 mt. and are more than 3 floor in height. The quantity used is decided based on the load calculations. Using Hybrid system, we could easily go up to 15 floor and achieve large span.

What Makes LGSF Engineering Solutions Framing System Ideal For Modern Day Construction

Light Steel infill wall Framing

Infill walling that are built between the floors of the primary structural frame of a building and which provide support for the cladding system. Light steel infill walls using vertical C section studs are increasingly used within both steel and concrete framed buildings, and have largely replaced masonry and other alternatives.

External and Curtain wall framing

Structural framing members are used to construct exterior and load bearing walls for residential or/and commercial buildings. They also be utilized in curtain wall assemblies, for floor and ceiling joist. Structural framing members also used to create roof trusses and a variety of sophisticated assemblies.

LGSF Engineering Solutions offers the most diverse range of products available in the industry today. The flexibilities to chose from a wide section of gauges, yield strengths, size and flanges allows to designers to achieve optimal structural performance as economically as possible.

12-Step Process

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