Metal Roofing & Cladding Work

Pre-Engineered Buildings, are best constructed as stand-alone buildings precisely engineered to specific user requirements. PEB components are totally shop fabricated require bolting of components together of the same on site connected to previously completed foundations and sub structures. They feature a structural steel framework of primary and secondary members (rigid frame, beams, purlins and girts, trusses, and columns) on to which cladding and roofing components are attached. In short, pre

Metal Roofing & Cladding Work

We specialize in providing turnkey solutions in Pre Engineered Buildings in respect of insulation and Noise control. As well to acquaint our capability, we are pleased to present various details including those related to manufacturing of Pre Engineered Buildings, their complete field erection coupled with necessary Roofing and Cladding. LII has been in the business of turnkey contracting services for the Indian Industry for 52 years now and have always made available relevant updated technol

PEB, as a concept, finds its strength in its innovative design process. This process derives its strength from optimization by which metal is deployed to its required extent exactly matched to the loads that are incident on that element. Conventional structural engineering standards, (which are all based on rolled steel components with fixed cross section), sometimes, fail to capture this unique feature available to the end user
Heartening development in this respect is revision in the Code of Practice for structural steel design (IS: 800-2007) which has been modified substantially in line with this concept. However, new standardization work is needed for covering materials such as composites (like sandwich panels), and codes for fire safety.
Exterior finishes like organic coating (paint systems) are available having a wide array of colour and shades as colour coated products. India is a country with diverse climatic and environmental conditions and metal exterior surfaces needed are engineered precisely to meet the aggressiveness of the environment in which they have to perform