STRUC-RITE : Metal Building System.
Our Patrons
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Abis Export Pvt. Ltd.
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Amit Agro
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Ashoka Aluminum
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Balaji Engineering
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GSB Refractory
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Hira Power
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Indian Oil Corporation Ltd.
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Indo-Sap Engineering Pvt. Ltd.
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Khetawat Industries
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Mahindra Motors
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R.S Food processors
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Sarda Dairy & Food Products Pvt. Ltd.
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Sarda Enery & Minerals Limited.
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Siddhi Agro
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Vossloh BK Casting
Application
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Warehouse
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Industrial Building
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Indoor Tennis Courts
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Petrol Pumps
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Showrooms
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Shopping Centers
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Restaurants
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Multiplexes
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Offices
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Swimming Pool Enclosures
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Car parking sheds
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Poultry-Dairy Farms
PRE-ENGINEERING BUILDINGS:
A pre-engineering building (PEB) is designed to be
fabricated using best suited raw materials and manufacturing methods that can efficiently
satisfy a wide range of structural and aesthetic design requirements.
Historically, the primary framing structure of a
pre-engineering building is an assembly of I-shaped members. Often referred as
I-beams. In pre-engineering building, the I beams used are usually formed by
welding together steel plates to form the I section. The I Beams are then
field-assembled (e.g. bolted connections) to form the entire frame of the
pre-engineering building.
An efficiently designed pre-engineering building can be lighter
than the conventional steel buildings by up to 30%. Lighter weight equates to
less steel and a potential price savings in structural framework.
PEBs are resistant to moisture, adverse weather conditions,
earthquakes, termites and fire. They provide lifelong durability, safety and
very low cost-maintenance.
Key Benefits of PCBS are:
Reduced construction time
Flexibility of Expansion
Large Clear Spans
Low Maintenance
Energy Efficient Roofing and Wall
PEB Vs Conventional Building
PCB
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Structure weight is 30% less through efficient
use of steel.
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Columnless large spans are possible.
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Factory controlled quality.
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Lower initial cost ( cost per square meter is
about 30% less than the conventional constructions) and faster delivery.
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Unique architectural designs can be achieved at
low cost.
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Seismic Resistance: The low weight flexible
frames offer higher resistance to seismic forces.
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Delivery time is average 6-8 weeks.
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Foundation: Simple design, easy to construct and
light weight.
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Aesthetically appealing appearance at a lower
cost.
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By following the international design standard
& codes using standard sections and connections reduce the design time
drastically.
Conventional Building
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Practice of excessive safety factor and the
usage of heavier steel sections keep the weight high.
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Every project has to start from the beginning
and to be fabricated at site.
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Cost is more and delivery takes more time.
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Special design and features must be developed
for each project and at a higher cost.
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Rigid heavy weight structures do not perform
well in seismic zones.
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Delivery time is average 22-28 weeks.
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Extensive heavy foundation is required.
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Special aesthetic design may increase the cost.
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Each structure is designed from scratch and
availability of the design aids are less, thus increase the design time.
