PEB Shed

PEB shed cost depends on size, clear height, location and specification, and typically runs an estimated ₹1,400–2,200 per sq ft for a standard industrial shed. Clear height and crane provision move the figure far more than finishes do. Share your dimensions through the form above and our engineers will come back with an itemised estimate.

Pre-engineered buildings erect up to 40% faster than conventional construction, because fabrication happens in the factory while foundations are cast on site. For a standard industrial shed, erection typically takes a few weeks once the design is approved and the foundations are ready. The design approval stage, not the erection, is usually what sets the overall date.

Floor area is length multiplied by breadth, so 100 ft × 60 ft gives 6,000 sq ft. The form above calculates floor area live as you enter dimensions so you can confirm the combination meets your target. Bear in mind that the same area in a narrower, longer footprint costs more in steel than a squarer one.

Clear height should be set by what happens inside — racking height, crane hook height, or the tallest equipment plus its service clearance — rather than by a round number. It is the single biggest cost lever in the building, since it drives column sections, rafter depth, wind loading and cladding area together. It is also the hardest dimension to change once the frame is erected.

Clear spans of up to 60 m are achievable without internal columns, which is what makes PEB suited to workshops, warehousing and any operation where a column in the wrong place obstructs the process. Wider spans cost more per square foot in steel, so the right span is the one your operation actually needs, not the widest available.

Yes. EOT cranes from 5 tonnes to over 100 tonnes are routinely integrated, with the crane runway and gantry loads designed into the frame from the start. Crane capacity, hook height and duty class must be fixed before engineering begins, because retrofitting a crane into a shed not designed for one generally means strengthening or replacing columns.

PEB frames are lighter than RCC, so footings are correspondingly smaller — commonly around 40% less concrete — but the design still follows the soil investigation report and the actual column and crane loads. A soil test is not a formality; founding depth and bearing capacity vary considerably even across one industrial belt.

Annual maintenance typically runs an estimated ₹25–40 per sq ft: gutter and downpipe clearing before the monsoon, inspection of bolted connections, sealant checks at laps and penetrations, and repainting every 8–10 years depending on exposure. Damaged roof or wall panels are replaced individually rather than repaired in place.

Yes, provided the extension is anticipated in the original design. If the end gable is detailed as an expansion bay, additional bays bolt on with minimal disruption to the existing building. If it is not, extending means opening up a completed structure, which costs far more than the provision would have.

Yes. Kishore Infratech Private Limited delivers and erects pre-engineered buildings across India, backed by 700+ completed projects and around 45 lakh sq ft constructed. Freight distance does affect the delivered rate on heavy steel, so it is worth discussing the site location early in the estimate.