Pre Engineered Metal Building

With increasing construction activities Pre-engineered metal buildings have become more popular and well accepted substitute for conventional buildings. It has proved to be excellent building solution whether it is simple storage buildings or a large complex industrial building.

Pre-engineered steel buildings are portable and ready-to-assemble, fabricated in a factory, so it can be easily moved from one place to another and finally erected in order to construct the building unit. Hence Pre-fabricated, pre-engineered metal building have may benefit in terms of ease and cost.

Since the material is recyclable, these buildings are environment friendly and therefore help in prevention of pollution. As these buildings are economical and ready-to-assemble they need less labor and material in construction and therefore the price involved is reduced. These building require less maintenance as compared to other normal building as steel is highly durable and fire resistant.

Features like stability, strength and durability enable them to withstand extreme climatic condition like earthquake, cyclonic wind, rain or heavy snowfall.

Due to these extraordinary features, Pre-engineered metal buildings have taken over the entire construction industry by storm...

What is Pre-Engineered building.

Pre-engineered metal building system is a building system which consist of structural system including roof and wall cladding. The structural system normally include rigid frames which are fabricated from plate steel and cold formed through manufacturing process. Roof beams and columns are field bolted together thus forming a rigid frame.

Then comes the secondary structural spanning member referred to as purlins which run perpendicular to these frames. Similarly the wall system including girts that span from frame to frame.

Pre-engineered metal building system is a building system which consist of structural system including roof and wall cladding. The structural system normally include rigid frames which are fabricated from plate steel and cold formed through manufacturing process. Roof beams and columns are field bolted together thus forming a rigid frame.

Then comes the secondary structural spanning member referred to as purlins which run perpendicular to these frames. Similarly the wall system including girts that span from frame to frame.