Our Pre-Engineered Buildings utilize a sophisticated system of structural members designed for maximum efficiency and load-bearing capacity.
Why Pre-Engineered Buildings are the superior choice.
Average weight reduction thanks to optimized design with tapered composite sections. Greater depth in high-stress areas.
Minimum (Ys) of 345 MPa, contributing to a significant reduction in steel consumption overall.
Efficient process using dedicated international software, codes, and standard cross-sections.
Designed & erected with a max clear span of 100m with low steel quantity consumption.
Inexpensive due to larger spans and column spacing, resulting in reduced foundation length and width.
Lightweight, flexible frames offer greater resistance to seismic forces compared to rigid structures.
Sole sourcing means full supplier responsibility including design, ensuring long-term performance.
All components are engineered to work together for precise fit and maximum field performance.
Selected from standard hot rolled "I" sections, which are often heavier than what the design actually requires.
Typically have a minimum (Ys) of 245 MPa, translating directly into higher steel consumption.
Each structure redesigned from scratch, resulting in excessive design time and fewer design aids.
Maximum span typically 40m, requiring high steel quantity consumption for larger areas.
Extremely heavier foundations required due to constraints limiting narrower column spacing.
Connections differ per project, resulting in longer assembly learning curves for new erection teams.
Multiple suppliers/contractors can lead to questions of responsibility if components don't fit.
Components are custom designed for a specific application on a specific job, lacking standardization.
Standard machines with unique quality and equipment are our strength. The setup includes trained and qualified engineers who are always ready to give their best.
Sq. Ft. Covered Area
Trained Employees
Skilled Designers
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Projects Completed