Discover our premium selection of outdoor WPC solutions engineered with advanced weatherization technologies for long-lasting durability.
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.
Advanced outer capping layer providing 360-degree protection against fading, moisture, and stains.
Specially formulated UV inhibitors prevent discoloration under long-term solar exposure.
Eliminates the need for painting, sanding, sealing, or staining throughout its lifespan.
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.
The global construction sector is undergoing a massive paradigm shift, with sustainable materials transitioning from alternative choices to mandatory specifications. Among these, Wpc Deck Flooring For Outdoor Decking has emerged as one of the fastest-growing categories in structural landscaping. Historically, natural hardwoods like Ipe, Teak, and Redwood dominated high-end outdoor projects. However, escalating deforestation concerns, volatile wood supply chains, and the intensive labor required to maintain organic timber have driven architects and developers toward advanced composites.
Today, the industrial landscape of WPC is characterized by rapid technological consolidation and material optimization. Industrially, WPC is manufactured by blending wood fibers (typically recycled sawdust and wood shavings) with thermoplastic polymers such as High-Density Polyethylene (HDPE), Polypropylene (PP), or Polyvinyl Chloride (PVC). This composite matrix is extruded under extreme heat and pressure, yielding boards that possess the structural rigidity of wood alongside the chemical resilience of synthetic polymers. Globally, the demand for WPC decking is projected to grow at a Compound Annual Growth Rate (CAGR) exceeding 8.5% over the next decade, propelled by urbanization, commercial real estate expansion, and stringent green building regulations.
"The shift toward WPC deck flooring is not merely an aesthetic choice; it is an economic and ecological imperative. Modern infrastructure demands materials that minimize lifecycle costs while maximizing durability under volatile climatic conditions."
From a commercial perspective, developers analyze materials based on their Life Cycle Cost Analysis (LCCA). While the initial procurement cost of premium WPC deck flooring can be higher than that of softwoods, the absence of annual maintenance costs (sanding, staining, sealing, and insect treatments) means that WPC reaches a financial break-even point within three to five years. In commercial settings such as resort boardwalks, public parks, and outdoor dining plazas, the reduction in operational downtime for maintenance translates directly into increased revenue and lower municipal overheads.
WPC deck flooring is no longer restricted to simple residential backyard patios. The material's engineered physical properties allow it to excel in demanding environments where traditional wood would fail rapidly. Below, we analyze several critical application scenarios that highlight the versatility of modern composite systems.
Traditional wood decking installed near swimming pools, marinas, lakefront docks, and coastal boardwalks is highly susceptible to moisture absorption, leading to internal rot, structural warping, and fungal decay. The constant exposure to chlorine, saltwater, and high humidity levels accelerates the breakdown of organic lignin. WPC, particularly capped co-extruded boards, features an impermeable polymer shield that prevents water ingress. This ensures that the boards remain structurally stable, do not swell or split, and remain resistant to mold and mildew cultivation, providing a safe, barefoot-friendly surface indefinitely.
Public parks, municipal plazas, and commercial walkways experience thousands of footfalls daily, alongside exposure to heavy cleaning cycles and accidental spills. WPC decking boards engineered with high-density cores and scratch-resistant caps withstand heavy abrasive wear without showing signs of distress. Furthermore, the integration of anti-slip surface textures (such as those found in the TimberFlow series) ensures public safety by maintaining high slip-resistance ratings in both wet and dry conditions, reducing liability risks for commercial property owners and municipalities.
Urban microclimates present unique challenges for outdoor decking, including extreme UV exposure, elevated temperatures, and wind-shear loads. The lightweight nature of hollow-core WPC profiles makes them ideal for rooftop installations where structural load limits are strict. Additionally, advanced WPC formulations incorporate heat-reflective pigments that mitigate the "urban heat island" effect, keeping the decking surface significantly cooler to the touch compared to dark natural timbers or traditional concrete pavers.
The transition from first-generation WPC (mono-extruded boards) to second and third-generation composites represents a major leap in materials science. First-generation composite decks, while durable, were prone to surface staining, fading from solar UV rays, and scratch damage. The introduction of co-extrusion technology revolutionized the industry. In this process, a high-performance polymer outer shell is extruded simultaneously with the core composite matrix, creating an indestructible molecular bond between the two layers.
This outer protective shield is enriched with UV stabilizers, antioxidants, and highly detailed wood-grain pigments. It acts as an armor, protecting the inner core from moisture, insects, and physical impacts. This technology allows manufacturers to offer extended warranties (often up to 25 or 30 years) against color fading and structural degradation. Furthermore, the core itself is designed using advanced structural engineering, utilizing hollow circular or rectangular chambers to optimize strength-to-weight ratios, reducing shipping costs and ease of handling during installation.
Modern WPC manufacturing is a model for the circular economy. Forestar Outdoor, for instance, utilizes up to 90% recycled raw materials, including post-industrial wood waste and post-consumer plastics (such as recycled detergent bottles and grocery bags). By preventing these materials from entering landfills and oceans, WPC production significantly lowers the carbon footprint of modern construction projects. Architects utilizing WPC in commercial developments can secure valuable points toward green building certifications, such as LEED (Leadership in Energy and Environmental Design) and BREEAM, aligning their projects with global environmental standards.
Our core collections represent the pinnacle of durability, aesthetics, and engineering. Explore the specialized features of our flagship product lines.
Engineered with a high-traction, anti-slip surface ideal for wet zones, commercial pathways, and family pool decks.
Premium capped composite decking designed for ultra-low maintenance and maximum resistance to heavy scratches and deep stains.
Features deep natural wood patterns with specialized UV-resistant chemistry, optimized specifically for intense direct sunlight.
Achieving a flawless, long-lasting installation of WPC deck flooring requires adherence to specific structural engineering guidelines. Unlike traditional timber, composite materials exhibit thermal expansion and contraction along their length. Consequently, proper gap spacing and sub-frame construction are critical parameters for a successful build.
The foundation of any high-performance deck is its substructure. WPC decking boards must be supported by a sturdy sub-frame constructed from pressure-treated timber, aluminum, or structural composite joists. For residential applications, a maximum joist spacing of 12 to 16 inches (on-center) is recommended. For commercial projects experiencing higher loads, this spacing should be reduced to 12 inches (on-center) or less. Adequate joist spacing prevents the boards from sagging under heavy loads and ensures uniform distribution of weight.
Because WPC contains polymer elements, it expands slightly in hot weather and contracts in cold temperatures. Installers must utilize specialized hidden fastening systems that allow the boards to slide horizontally within their clips during thermal cycles. End-to-end and side-to-side gapping must be calculated based on the ambient temperature during installation. Furthermore, the sub-deck area must have adequate ventilation and a minimum slope to ensure proper water drainage, preventing long-term moisture accumulation underneath the structural platform.
Browse our complete industrial and residential catalog, designed to provide comprehensive solutions for modern outdoor architectures.
