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Conventional Buildings vs. Prefabricated Steel Buildings

The importance of buildings and structures in our life cannot be overemphasized. Buildings as an important resource for business have a variety of uses and are set up effectively for running a successful business. Conventional buildings made of materials like wood, brick, concrete and metal have become passé now. Currently pre-engineered steel buildings also called as prefabricated steel buildings are the most favored and most popular choice as they are more advantageous than conventional buildings in more than one way.

Prefabricated buildings

Prefabricated steel buildings win over traditional buildings in saving time, money and materials. They are environmentally friendly, in compliance with building codes, made with superior materials, in accordance with optimized and sophisticated design, long lasting with low maintenance needs and with great looks. Every way you can see why prefabricated steel buildings function better than conventional buildings. Especially with reputed dealers like Takura Steel, you are sure to get the best pre-engineered steel buildings which will be a great asset!

Prefabricated buildings Conventional buildings
Speed of construction
  1. Very fast due to prior and precise fabrication at the factory and with ready-to-assemble facility on site – construction time one-third less than for conventional buildings.
  2. Delivery and completion in about 6-8 weeks.
  3. Windows/doors and ventilation are predesigned and mass produced optimally for faster construction.
  1. Prolonged construction time as every component has to be assembled at the site, cut, bolted, manufactured and constructed at the site only.
  2. Takes much longer due to slow and manual construction – takes anywhere from 6 months to 8 months.
  3. Each building needs individually designed doors/windows etc.
Quality of materials Prefabricated under controlled, strictly supervised and managed  professionally in a controlled environment, procured from a single source Quality cannot be assured as construction is done at site not in completely controlled environment and material procured from various sources
Design Flexibility  Components are modular in nature and so design can be customized to suit the needs of the customer whenever so desired. Rigid frames, and welded construction do not allow changes later to create other than what is  initially planned
Optimized design Computer aided designs are used to maximize the balance of design and construction. Minimum manual design & drafting speeds up the process and makes it most efficient. Predetermined designs and mill-rolled sections – not really optimized. Consultant designed plans, designs  and manual drafting is often expensive and time-consuming
Environmental friendly Yes, totally green Not sure about being  green
Efficient performance
  1. Buildings are lighter by about 30% with more efficient use of steel – this results in savings of materials and labor cost.
  2. Better base material used in every part of building in compliance with pre-fab building codes.
  3. Foundation is with easy-to-use anchor screws/bolts and lightweight construction materials
  1. Standard rolled sections are heavier than needed and so more material is used and more labor utilized
  2. Base material is not as good as the pre-fabricated building materials.
  1. Heavy conventional foundation as necessary to support the  structure
Maintenance & Operating costs
  1. Very low – nil maintenance needs as exteriors and interiors are finished to need no upkeep
  2. Energy efficiency is assured with insulated, watertight roofs and insulated walls
  1. Needs regular and periodic cleaning, painting, and other annual maintenance tasks
  2. Energy efficiency not assured
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