Engineered to meet the stringent technical, dimensional, and aesthetic standards required by modern architectural facades, podiums, and civic landscapes.
How WPC transitioned from a residential decking alternative to a foundational structural material for biophilic masterplans, commercial developments, and sustainable urban environments.
Contemporary architecture exists at the convergence of environmental imperative and human-centric spatial design. As urban density increases, architects are tasked with integrating natural textures into built environments—a design philosophy known as biophilic architecture. Wood has historically delivered this tactile connection, but raw hardwood and pressure-treated softwood present prohibitive lifecycle challenges, including rot, seasonal expansion, hazardous preservative leaching, high flammability, and exorbitant maintenance overheads.
Advanced Wood-Plastic Composite (WPC) decking addresses these vulnerabilities through molecularly engineered polymer-matrix encapsulation. By binding refined cellulose wood fiber with high-density polyolefins and specialized structural additives, WPC provides architects with a material that emulates the grain depth, warm reflectance, and natural variance of timber while guaranteeing the structural dimensional stability, hydrophobic resistance, and longevity of technical polymers.
The international architectural community is undergoing rapid transformation driven by net-zero carbon mandates and global green building certifications such as LEED v4.1, BREEAM, and the WELL Building Standard. Material selection is scrutinized under rigorous Life Cycle Assessments (LCA) and Environmental Product Declarations (EPD). Architects require exterior surface systems that actively sequester recycled waste and eliminate persistent solvent treatments.
State-of-the-art co-extruded WPC materials divert millions of tons of industrial post-consumer plastics and reclaimed timber by-products from landfill cycles. In architectural specifications, opting for high-performance WPC contributes directly toward Materials & Resources (MR) credits, optimized lifecycle carbon metrics, and long-term asset value across civic masterplans, corporate campuses, and luxury hospitality destinations.
Uncompromising structural integrity engineered through multi-layer co-extrusion technology, hydrophobic polymer capping, and thermal mitigation matrices.
Architectural installations face aggressive solar radiation and ambient moisture. Capped polymer co-extrusion forms an impermeable 360-degree outer armor around the high-density core, preventing micro-fissures, moisture absorption (<0.5%), and structural degradation.
Utilizing high-chroma infrared reflective pigments, our advanced architectural decking formulas reflect critical portions of the solar spectrum, keeping walkable rooftop surfaces significantly cooler than traditional composite formulations under intense summer sun.
Wet exterior environments demand stringent slip mitigation. Textured micro-grooved and embossed timber-grain decking matrices deliver certified wet friction coefficients (R11 to R12 rating / Pendulum Test Value >36), ensuring public safety across transit and pool podiums.
Achieve clean, screw-free architectural surface planes. Stainless steel and high-tensile polymer clip systems lock into precision side-grooves, facilitating uniform expansion gaps, structural ventilation, and seamless rectilinear visual flow.
Engineered with exceptional flexural strength and high modulus of rupture (MOR), these boards seamlessly integrate with adjustable pedestal frameworks, aluminum substructures, and steel joist cantilever systems for elevated terraces.
Total immunity against termite infestation, fungal wood rot, bacterial decay, and splintering. Eliminates ongoing toxic chemical staining, sealing, or preservative maintenance over multi-decade commercial operational cycles.
Examining structural, environmental, and experiential integration across prime commercial, public, and residential architecture.
Modern high-rise developments utilize rooftop amenity spaces and podiums to create elevated social ecosystems. In these applications, dead-load weight limits and wind-uplift pressures are paramount design considerations. WPC hollow and engineered solid decking profiles deliver superior strength-to-weight ratios compared to natural hardwood or precast stone pavers. Integrated over height-adjustable pedestals, WPC systems permit continuous drainage, concealed MEP services (irrigation, power conduits, drainage slopes), and provide high thermal insulation properties over roof waterproof membranes.
Marine and aquatic architecture exposes materials to relentless saline mist, continuous chlorinated splash zones, and high thermal cycling. Traditional wood decks warp, corrode fasteners, and harbor slippery algae within seasons. Waterproof composite decking engineered with specialized UV inhibitors and anti-slip surface profiles ensures that resort boardwalks, marina docks, and infinity pool surrounds maintain pristine tactile safety, color fidelity, and splinter-free comfort under bare-foot guest traffic.
Public open spaces experience punishing foot traffic, dynamic rolling loads, heavy outdoor furniture impact, and variable weather exposure. Capped polymer composites offer superior scratch-resistant surface hardness that resists abrasion from grit and heavy usage. The material's sound-dampening qualities also reduce acoustic resonance in high-density urban canyons, delivering a tranquil, grounded tactile experience for pedestrians in civic gathering plazas.
High-end residential architecture frequently blurs the boundaries between indoor living spaces and exterior landscapes. By aligning interior hardwood flooring tones with matching exterior WPC decking profiles, architects create uninterrupted spatial continuity that visually expands floor plates. With zero requirement for seasonal toxic chemical sealants, composite decking guarantees safe, sustainable outdoor living for families and pets.
Combining nearly two decades of composite material engineering with global manufacturing capabilities to empower architectural innovation.
In the evolving landscape of modern construction and home improvement, Forestar Outdoor has emerged as a global leader in the design, development, and manufacture of premium Wood-Plastic Composite (WPC) products. Established in 2008, the company has spent nearly two decades transforming outdoor living spaces, combining the timeless aesthetic appeal of natural wood with the unparalleled durability and sustainability of cutting-edge composite technology. With a footprint spanning over 45 countries and more than one million homes successfully transformed, Forestar stands as a benchmark for quality, innovation, and environmental stewardship in the building materials industry.
At the core of Forestar’s success is an unwavering commitment to sustainability. Recognizing the urgent need for eco-conscious building materials, the company utilizes up to 90% recycled content in its manufacturing processes. By repurposing waste materials into high-performance products, Forestar not only helps reduce landfill waste but also provides a superior alternative to traditional lumber. Unlike natural wood, which requires constant maintenance, including seasonal painting, sealing, and staining, Forestar’s composite solutions are engineered to withstand the harshest environmental conditions. Its products are meticulously crafted to resist rot, splintering, cracking, fading, and staining, ensuring that outdoor structures remain as vibrant and structurally sound years after installation as they were on the first day.
Forestar’s extensive product portfolio is designed to meet the diverse needs of homeowners, contractors, and architects alike. The company specializes in four primary categories: Composite Deck Boards, Cladding, Fencing, and Garden Sheds. Each line represents a synergy of form and function. Forestar’s decking, for instance, features industry-leading proprietary technology that provides a cooler touch and superior fire resistance, making it an ideal choice for both residential and commercial projects. The aesthetic versatility offered by Forestar is unmatched; the company provides an extensive array of colors and textures that mimic the look and feel of real wood, allowing for complete design freedom without the associated environmental footprint or maintenance burdens.
Beyond its physical products, Forestar is dedicated to empowering its clients through education and support. The company’s digital resources—including installation guides, how-to videos, and detailed FAQs—provide invaluable assistance for DIY enthusiasts and professionals alike. By offering a transparent look into the advantages of WPC over traditional wood, Forestar helps stakeholders make informed decisions that favor long-term value and durability.
Driven by a planet-first philosophy, Forestar continues to push the boundaries of what is possible in outdoor design. As the industry moves toward greener building practices, Forestar is at the forefront, proving that luxury, performance, and environmental responsibility can—and should—coexist. Whether it is transforming a small backyard patio or executing a large-scale commercial project, Forestar Outdoor provides the materials and the expertise to create lasting, beautiful, and sustainable outdoor environments.
Modern architectural workflows rely heavily on Building Information Modeling (BIM) via Autodesk Revit, Archicad, and Rhino/Grasshopper. Forestar composite decking systems are engineered with full digital parametric data assets. Design teams can download accurate LOD 300/350 BIM families with integrated physical properties (density, thermal expansion coefficients, span tables, fire ratings), allowing exact clash detection, structural joist calculation, and accurate material quantity takeoff schedules directly from the design phase.
Architectural construction timelines require rapid on-site assembly with minimal skilled labor dependencies. Advanced clip assemblies and pre-spaced framing brackets facilitate continuous hidden fastening, ensuring perfect 4mm-6mm expansion gaps across expansive public plazas. In addition, the hollow and grooved profile designs allow effortless integration with under-deck LED architectural linear lighting channels, irrigation driplines, and audio/data routing without compromising the clean visual line of the perimeter.
Complete product portfolio featuring high-traffic composite deck boards, exterior UV-shield cladding, architectural privacy fencing, and structural modular outdoor sheds.
Forestar's dedicated composite decking product series are categorized to fulfill distinct architectural load, acoustic, and environmental exposure requirements:
Micro-embossed grain engineered with high anti-slip traction for wet commercial walkways and ramps.
Multi-tonal ultra-durable capped shell designed for high footfall plazas and civic pedestrian routes.
Zero-water-absorption polymer matrix designed specifically for poolside, seaside, and marina docks.
Custom extruded lengths, grooved channels, and solid core configurations for bespoke facade integration.
