Pre Engineered Building

The Pre-engineered building system is one of the fast growing segments globally. It has all the attributes of what the modern life-style demands, i.e., speed, quality and value. there are many applications for pre-engineered buildings. it can be automobile garage to aircraft hangar, bakery to dairy farm, auditorium to hospital, and factory to community hall.

Reduction in project cost Cost savings primarily result from time savings on the Project. This also results in earlier realization of revenue to owner on a commercial project
Saving in construction time About 30-50% time saving in total project schedule due to fast delivery and quick site erection.
Low Maintenance High quality paint systems are available for steel and cladding to be provided along with maintenance free service life
Large clear spans Buildings can be supplied in clear spans up to 90 meter, particularly suitable for aircraft hangers, sports facilities, etc.
Flexibility in expansion Buildings can be designed for future expansion in length, width and height.
Energy efficiency Buildings are supplied with roof and wall insulation to reduce energy costs and improve comfort level inside the building
Superior quality Complete manufacturing is done in our plant as per ISO 9001-2008 quality assurance standards
  • Endwall Roof Extension
  • Sidewall Roof Extension
  • Transverse Partition
  • Longitudinal Partition

The examples of some structural subsystems offered by Cladding are

  • Canopy
  • Curved Eave with projection (without valley gutter)

Vertical fascia with back up panel and valley gutter

  • Center Curved fascia
  • Standard Roof Monitor

The examples of some structural subsystems offered by Cladding are

Vertical fascia with back up panel and valley gutter

Secondary members are load carrying members suitable to ensure the stability of the building against forces in any direction They include purlins and girts, eave strut, cable bracing and open steel web joists.

 

Secondary members have two other functions

  • Act as struts that help in resisting part of the longitudinal loads that are applied on the building such as wind and earthquake loads
  • Provide lateral bracing to the compression flanges of the main frame members thereby increasing frame capacity.