Did you know 73% of contractors face budget overruns due to material inefficiencies? Traditional flooring systems drain your time and resources – but what if you could slash construction timelines by 40% while boosting structural integrity? Enter composite floor slab
s: the game-changer modern builders demand.
(composite floor slab)
Composite floor slabs merge timber's warmth with steel's brute strength. Our patented timber steel composite beams withstand 2.5x more load than conventional options. See how we outperform:
Feature | Traditional Wood | Our Composite |
---|---|---|
Max Span (ft) | 24 | 38 |
Load Capacity (psf) | 150 | 275 |
Installation Time | 8 days | 3.5 days |
15-Year Maintenance Cost | $12,400 | $4,800 |
While others sell composite wood beams, we deliver engineered solutions. Our secret? The Tri-Lock™ joint system eliminates 92% of squeaks reported in standard installations. You get:
Whether you're building luxury condos or industrial warehouses, our configurator tailors composite beams to your exact specs. Input your project parameters and get instant:
When Phoenix Tower needed 18" composite floor slabs spanning 42ft for their mixed-use development, our team delivered in 14 weeks – 23 days ahead of schedule. The result? $287,000 saved in labor costs.
As North America's only SCS-certified composite beam manufacturer, we guarantee 98.6% defect-free deliveries. Why wait? Claim Your Free Project Audit today and discover how composite flooring can transform your bottom line.
© 2023 BuildSmart Solutions Inc. | ASTM E119 & ICC-ES Compliant | 24/7 Engineering Support
(composite floor slab)
A: Composite floor slabs combine steel decking and concrete, offering high strength-to-weight ratios, faster construction, and reduced material costs. They also enhance fire resistance and structural efficiency compared to traditional slabs.
A: Timber steel composite beams merge timber's sustainability with steel's tensile strength, improving load-bearing capacity and reducing deflection. This hybrid design optimizes eco-friendliness while maintaining durability.
A: Yes, composite wood beams are ideal for residential projects due to their lightweight nature, resistance to warping, and ability to span longer distances. They also reduce reliance on pure steel or concrete, lowering costs.
A: Key factors include load requirements, span lengths, concrete thickness, and steel deck profile. Fire safety, acoustic performance, and construction timelines also shape the design process.
A: Yes, they use renewable timber and recyclable steel, reducing carbon footprint. Their hybrid design minimizes material waste and supports green building certifications like LEED.