We offer a series of cost-reducing solutions for the construction industry, featuring lightweight designs for easier assembly and lower costs, while our reinforced plastic solutions deliver enhanced durability and superior alternative material options.
Our fiberglass-reinforced PA66/PP products offer superior alternatives to traditional aluminum frameworks in construction, delivering exceptional thermal insulation while resisting aging, oxidation, and corrosion for enhanced longevity. The product range also includes injection-molded components like PP rebar chairs, providing durable and cost-effective solutions for modern building projects.
Our PA66 GF25/GF30 structural profiles provide 100MPa+ tensile strength while being 80% lighter than steel, ideal for concrete forms and scaffolding. The corrosion-resistant material eliminates rust issues in coastal or high-humidity environments. Third-party tests confirm UL94 V-0 fire resistance for enhanced safety. Installation requires no welding, reducing labor costs by 30%. Long-term performance shows <2% deformation after decade-long exposure.
Precision-molded PP components feature snap-fit designs that cut installation time by 50% versus traditional methods. Color-coded sizing ensures error-proof assembly of rebar chairs and connectors. ISO 13927-certified load capacities support heavy construction demands. The lightweight yet durable material withstands jobsite impacts without damage. Modular designs allow real-time adjustments during concrete pours.
Multi-chamber thermal barriers achieve U-values ≤0.28 W/m²K, preventing thermal bridging in building envelopes. Compatible with all major aluminum systems while supporting 3000Pa wind loads. Contributes directly to LEED certification points through energy efficiency. Moisture-resistant formulations prevent insulation degradation in humid climates. Outperforms common aluminum systems by 95% in energy saving.
UV-stabilized formulations retain 95% strength after 50 years of sun exposure per accelerated aging tests. Withstands 10,000+ freeze-thaw cycles (-40°C to 80°C) with <2% deformation. Anti-microbial options inhibit mold growth in damp conditions. Meets stringent seismic and hurricane zone building codes. Maintenance-free performance reduces lifecycle replacement costs.
