Safetech PEB is a leading manufacturer of Pre-engineered buildings, special structural steel fabrication, metal roofing and cladding along with complete design, manufacturing and erection solutions. With years of experience, Safetech has developed the technical knowhow and knowledge base to provide the best metal building/roofing/cladding expertise in the country.
SAFETECH PEB complies with ISO 9001:2015 certification and guarantees to serve its clients diligently with quality services. Our USP and core strengths are – Manufacturing Capacity and Capability, Engineering and Design Strength, Meticulous Planning and Safe and Fast Execution at Site.
Safetech PEB has been an industry leader when it comes to manufacturing and construction of pre-engineered buildings and runs various mindshare communities for the influencers in the industry. The company works in close association with architects, consultants, engineers, contractors, a wide spectrum of industries, establishments and projects.
|
Parameter
|
Pre Engineered Building
|
Conventional Steel Building
|
|---|---|---|
|
Structure Weight
|
PEB's are average 30% lighter through optimized design by tapered (varying depth) built-up sections with higher depths in the areas of highest stress.
|
Steel members are selected from standard hot rolled "I" Sections, which are heavier than what is actually required by design as the members have constant cross-sections regardless of varying magnitude of the local (internal) stress along the member length.
|
|
Steel Strength
|
High Tensile Steel used in PEB's having minimum (Ys) of 345 Mpa, which contributes to reduction of Steel consumption in overall.
|
Conventional "I" & "C" sections usually have minimum (Ys) of 245 Mpa, resulting in higher Steel consumption.
|
|
Design Speed
|
Design of PEB's is quick & efficient as the design process involve special dedicated international design software, international design codes & standard sections & connections.
|
The Design Consultant, resulting in excess design time with fewer design aids available to the Engineer, designs each conventional Steel structure from scratch. Generalized computer analysis programs require extensive input/output and design.
|
|
Clear Spans
|
PEB's can be designed & erected with max clear span of 100 m. with low steel qty. consumption.
|
Conventional building can be for max 40 m. with high steel qty. consumption.
|
|
Civil Foundations
|
Simple & economical with larger span & higher column spacing, resulting in less number of foundations along length & width.
|
Extremely heavier footings & more number of footing because of constraints line lower column spacing & supports along width wise.
|
|
Erection Speed
|
Since the connections of the components are standard, the learning curve of erection for each subsequent project is faster.
|
The connections are normally complicated and differ from project to project, resulting in longer learning curves of erection for new projects.
|
|
Seismic Resistance
|
The low-weight flexible frames offer higher resistance to seismic forces.
|
Rigid heavy weight structures do not perform well in seismic zones.
|
|
Safety & Responsibility
|
Single source of supply results in total responsibility by one supplier, including design liability. PEB manufacturers can be relied upon to service their buildings, long after they are supplied, to protect their reputation.
|
Multiple responsibilities can result in questions on who is responsible when components do not fit properly, insufficient material is supplied, or materials fail to perform, particularly at the supplier/contractor interface. The consultant carries total design liability.
|
|
Performance
|
All components have been specified and designed specifically to act together as a system for maximum efficiency, precise fit, and peak performance in the field.
|
Components are custom designed for a specific application on a specific job. Design and detailing errors are possible when assembling the diverse components into unique buildings.
|
