Choosing Eco-friendly Materials for Long-lasting Garden Structures

Every year, millions of tons of treated lumber, rusting steel, and cracked plastic end up in landfills — the remnants of outdoor structures that were never built to last. If you're an architect specifying materials for a commercial landscape project, a contractor quoting a backyard pergola, or a distributor sourcing inventory that won't generate warranty headaches, the material you choose today determines the cost, durability, and environmental footprint of that structure for the next 25 years.

The outdoor building materials industry is shifting fast. The global wood plastic composites  market reached $10.04 billion in 2025 and is projected to grow to $21.51 billion by 2033, according to Grand View Research — an 11.7% compound annual growth rate driven by demand for sustainable outdoor materials that don't sacrifice performance. Meanwhile, the broader green building materials market is on track to surpass $1.2 trillion by 2033.

This isn't a niche trend. It's the new baseline.

This guide breaks down exactly which eco-friendly garden structure materials deliver the best combination of longevity, weather resistance, low maintenance, and environmental responsibility — and which ones fall short. Whether you're evaluating options for pergolas, gazebos, fencing, decking, or pavilions, you'll find practical, data-backed comparisons to make a confident sourcing decision.

Table of Contents

1. Why Sustainability Matters in Outdoor Construction
2. The Six Core Materials for Outdoor Structures
3. Head-to-Head: Material Comparison Table
4. Durability and Maintenance Analysis
5. Weather, UV, and Waterproof Performance
6. Environmental Impact and Recyclability
7. Cost vs. Long-Term Value
8. Best Materials by Application
9. How to Choose Materials Based on Climate
10. Trends in Sustainable Outdoor Living in 2026
11. Why WPC and Composite Materials Are Winning Globally
12. FAQ: Eco-Friendly Outdoor Structure Materials
13. Final Takeaway and Next Steps

Why Sustainability Matters in Outdoor Construction

Sustainability in outdoor construction isn't just an environmental talking point — it's a financial and regulatory reality that's reshaping procurement decisions across the industry.

The hard numbers tell the story. The construction sector accounts for roughly 37% of global CO₂ emissions, according to the United Nations Environment Programme. Outdoor structures — pergolas, decking, fencing, gazebos — represent a meaningful slice of that footprint, especially when specifiers default to virgin timber, galvanized steel, or PVC-based plastics.

Three forces are accelerating the shift toward eco-friendly garden structures:

• Regulatory pressure. Building codes in the EU, North America, and parts of Asia-Pacific increasingly require recycled content thresholds or LEED/BREEAM compliance, even for exterior and landscape projects.
• Client demand. A 2025 Dodge Construction Network survey found that 52% of architects and contractors reported clients specifically requesting sustainable materials for outdoor projects — up from 36% in 2021.
• Total cost of ownership. Traditional wood structures carry hidden costs: annual staining, sealing, rot repair, and eventual replacement. Over a 20-year lifecycle, these maintenance expenses can exceed the original material cost by 2–3x.

The bottom line: choosing sustainable outdoor materials isn't a compromise. When done right, it's a competitive advantage — lower lifecycle costs, fewer callbacks, and a product story that resonates with today's buyers.

The Six Core Materials for Outdoor Structures

Not all "green" materials are created equal. Here's an honest breakdown of the six most common options for long-lasting garden structures, with their real-world strengths and limitations.

1. Natural Wood 

Wood remains the default mental image for outdoor structures — cedar pergolas, redwood decking, pine fencing. And there's a reason: natural wood offers genuine warmth and character that's hard to replicate.

Pros:

• Beautiful natural grain and texture
• Readily available in most regions
• FSC-certified options support responsible forestry
• Biodegradable at end of life

Cons:

• Requires annual or biannual staining, sealing, and painting
• Susceptible to rot, warping, cracking, and insect damage
• Hardwoods (ipe, teak) are expensive and often sourced from threatened forests
• Softwoods (pine, spruce) degrade within 5–10 years without chemical treatment
• Pressure-treated wood involves chromated copper arsenate (CCA) or alkaline copper quaternary (ACQ) — chemicals with environmental and health concerns

Typical lifespan: 10–20 years (hardwood) / 5–12 years (softwood, treated)

Wood can work for eco-conscious projects when FSC-certified and properly maintained, but the ongoing labor and chemical inputs weaken its sustainability profile considerably.

2. Aluminum

Aluminum is gaining traction for pergola frames, gazebo structures, and fencing posts — especially in commercial applications where a clean, modern aesthetic is required.

Pros:

• Lightweight yet structurally strong
• Naturally rust-resistant
• 100% recyclable 
• Very low maintenance
• Long lifespan (30+ years)

Cons:

• High embodied energy in primary production
• Limited to structural components — not suitable for decking surfaces
• Can feel cold and industrial without wood-grain finishes
• Higher upfront cost than steel or wood
• Conducts heat rapidly — can become uncomfortably hot in direct sunlight

Typical lifespan: 30–50 years

Aluminum makes an excellent structural frame material, particularly when paired with WPC or composite panels for surfaces.

3. Steel 

Steel is the workhorse of commercial outdoor structures — pavilions, heavy-duty pergolas, and large-span gazebos.

Pros:

• Exceptional structural strength
• Handles heavy loads and wide spans
• Galvanized coatings extend outdoor life
• Recyclable

Cons:

• Prone to rust, especially at cut points and fastener locations
• Heavy — increases shipping and installation costs
• Powder coating chips over time, requiring touch-ups
• High embodied energy in manufacturing
• Not ideal for ground-contact applications without significant treatment

Typical lifespan: 15–30 years 

Steel works best as an internal structural skeleton, not as the primary exposed material for eco-friendly garden structures.

4. WPC (Wood-Plastic Composite)

WPC has become the fastest-growing material category in outdoor construction, and for good reason. It combines recycled wood fibers with recycled plastic polymers to create boards, panels, and profiles that look like natural wood but perform dramatically better.

Pros:

• Made with up to 90% recycled content 
• Won't rot, splinter, crack, or warp
• No staining, sealing, or painting required
• UV-resistant with engineered fade protection
• Waterproof — passes 72-hour water immersion tests (EN 321)
• Termite and insect proof (ASTM D3345)
• Available in realistic wood-grain textures and multiple colors
• Fully recyclable at end of life

Cons:

• Higher upfront cost than pressure-treated softwood
• Can retain surface heat in direct sun (though newer formulations address this)
• Quality varies significantly between manufacturers — not all WPC is equal
• Heavier than natural wood per linear foot

Typical lifespan: 25–50 years

WPC represents the strongest overall value proposition for eco-friendly pergola materials, decking, fencing, and cladding. The key is sourcing from a manufacturer with verified recycled content claims, rigorous testing certifications, and proven field performance.

5. Composite Decking 

Capped composite is the premium evolution of standard WPC. It wraps a composite core in a protective polymer shell, creating a board that's virtually impervious to moisture, staining, and surface damage.

Pros:

• Superior stain and scratch resistance compared to standard WPC
• Extremely low maintenance — just occasional soap-and-water cleaning
• Excellent color retention over decades
• High slip resistance 
• Available in ultra-realistic grain patterns

Cons:

• Premium pricing — typically 20–40% more than standard WPC
• Still retains some heat in direct sunlight
• Requires manufacturer-specific fastening systems

Typical lifespan: 25–50+ years 

For high-traffic composite decking installations — commercial properties, hospitality venues, poolside areas — capped composite delivers the best long-term return.

6. Recycled Plastic Lumber

Made entirely from post-consumer recycled plastics (primarily HDPE), recycled plastic lumber is positioned as the zero-wood-content alternative.

Pros:

• Diverts plastic waste from landfills and oceans
• Immune to rot, insects, and moisture
• No painting or sealing needed
• Excellent for marine and wetland applications
• Does not leach chemicals into soil

Cons:

• Can look and feel overtly plastic — less aesthetic appeal
• Lower structural rigidity than wood or WPC 
• Limited color and texture options
• Can sag or creep under sustained loads in high heat
• Not widely available in all markets

Typical lifespan: 25–50 years

Recycled plastic lumber works well for specific applications — boardwalks, marine docks, playground borders — but its aesthetic limitations make it less suitable for residential pergolas or high-end garden structures.

Head-to-Head: Material Comparison Table

Key insight for buyers: When you factor in maintenance costs over a 25-year lifecycle, WPC and capped composite consistently deliver the lowest total cost of ownership — even though their upfront price exceeds pressure-treated lumber by 40–80%.

Durability and Maintenance Analysis

Durability isn't just about how long a material survives — it's about how it performs year after year without demanding your time and money.

The Maintenance Trap

Here's what most cost comparisons miss: the ongoing maintenance burden of traditional materials. A pressure-treated pine pergola requires:

• Annual power washing
• Staining or sealing every 1–2 years
• Board replacement as rot sets in
• Repainting for aesthetics
• Termite inspection and treatment costs

Over 20 years, contractors and property managers report spending $7–$12 per square foot per year on wood structure maintenance. That's $140–$240 per square foot in cumulative maintenance on a material that cost $3–$8 to install.

Low-Maintenance Alternatives

Low-maintenance garden materials like WPC and capped composite flip this equation. After installation, upkeep involves:

• Periodic rinsing with a garden hose
• Occasional soap-and-water spot cleaning
• No staining. No sealing. No sanding. No painting.

The result? Near-zero maintenance costs over the structure's lifespan. For commercial properties managing dozens of outdoor structures, this difference translates directly to operational savings and fewer tenant complaints.

Real-World Durability Benchmarks

Leading WPC manufacturers subject their products to accelerated aging tests that simulate decades of exposure:

• 5,000+ hours of salt spray resistance  — exceeding marine-grade corrosion standards
• 72-hour water immersion with zero swelling 
• 20 million foot-traffic cycles in high-traffic theme park installations
• 56°C extreme heat exposure for 200+ days with 99.7% dimensional stability
• -50°C freeze-thaw cycling with no impact resistance loss

These aren't lab curiosities — they're verified performance data from manufacturers like Forestar, whose WPC products have been tested in environments ranging from Death Valley to Alaska and tropical rainforests.

Weather, UV, and Waterproof Performance

Outdoor structures face a relentless combination of rain, snow, UV radiation, humidity, and temperature swings. Here's how each material holds up.

Weather Resistance

Best performers: WPC, capped composite, aluminum, and recycled plastic all deliver excellent weather resistance across all climate zones. They don't absorb moisture, so they won't swell, warp, or crack through freeze-thaw cycles.

Weakest performers: Untreated softwood fails quickly in wet climates. Even pressure-treated wood absorbs moisture at cut ends and fastener points, creating rot pathways. Steel handles weather well structurally but is vulnerable to cosmetic rust.

UV Resistance

Sustained UV exposure causes two problems: fading and surface degradation.

• WPC and capped composite use UV-stabilized polymer caps and color-through engineering to maintain appearance. Premium products retain over 95% of original color after 10 years.
• Natural wood grays and deteriorates rapidly without UV-blocking finishes — and those finishes themselves degrade annually.
• Aluminum holds color well with powder coating, but the coating itself can chalk after 15–20 years in intense sun zones.
• Recycled plastic varies widely; some formulations fade noticeably within 5 years.

Waterproof Performance

Water infiltration is the primary destroyer of outdoor structures. Materials that absorb water invite rot, mold, freeze-thaw cracking, and insect colonization.

• WPC and composite: Non-porous by design. Forestar's capped composite boards, for example, pass EN 321 72-hour water immersion testing with zero measurable swelling — a level of waterproof performance that wood simply cannot match.
• Aluminum and steel: Inherently waterproof as metals, though steel fasteners and cut edges remain vulnerable.
• Wood: Absorbs water aggressively. Even with sealant, wood expands and contracts with moisture cycles, accelerating joint failure.

Environmental Impact and Recyclability

For specifiers targeting LEED, BREEAM, or other green building certifications, the environmental profile of outdoor materials matters as much as their physical performance.

Recycled Content

• WPC leaders incorporate up to 90% recycled materials — a blend of post-consumer plastics  and agro-forestry waste .
• Recycled plastic lumber uses 100% post-consumer recycled HDPE, offering the highest recycled content of any option.
• Aluminum is 100% recyclable, and recycled aluminum production uses 95% less energy than primary smelting.
• Wood is renewable when sourced from FSC-certified managed forests, but the chemicals used in treatment  complicate end-of-life recycling.

Carbon Footprint

Innovative manufacturers are achieving carbon-negative production. Verified ISO 14067 lifecycle assessments show that some WPC products sequester more CO₂ during raw material collection and manufacturing than they emit — a net sequestration of approximately 1.8 kg CO₂ per square meter.

End-of-Life

This is where recyclable outdoor construction materials separate from the pack:

• WPC and composite: Can be ground down and reprocessed into new boards in a closed-loop system. Leading producers like Forestar operate zero-waste-to-landfill manufacturing facilities.
• Aluminum: Infinitely recyclable with no quality degradation.
• Steel: Recyclable, though outdoor coatings must be removed first.
• Wood: Untreated wood is compostable. Treated wood often ends up in landfill because chemical residues disqualify it from standard recycling streams.
• Recycled plastic lumber: Recyclable again, creating a continuous circular loop.

Cost vs. Long-Term Value

Let's put real numbers behind the cost conversation. The table below models a 500 sq ft pergola project over 25 years.

The initial sticker shock of WPC and composite fades quickly when maintenance, labor, and replacement costs enter the equation. For contractors and distributors, this cost-of-ownership story is one of the most effective selling points — especially with commercial clients managing property portfolios.

Best Materials by Application

Different structures face different stress profiles. Here's what works best for each application.

Pergolas

Pergolas require materials that resist UV degradation , maintain structural integrity across temperature extremes, and look attractive as a focal point.

Best choice: WPC beams and rafters with aluminum structural posts, or all-WPC construction for residential projects. This combination delivers the aesthetics of wood with the longevity and zero-maintenance profile that homeowners and commercial clients expect from modern eco-friendly pergola materials.

Gazebos and Pavilions

Gazebos and pavilions demand weather-resistant outdoor structures capable of handling rain load, snow accumulation, and wind uplift.

Best choice: Aluminum frame with WPC or capped composite roof panels and deck surfaces. For sustainable gazebo materials in coastal environments, look for salt-spray-rated WPC with 5,000+ hour ASTM B117 certification.

Decking

Decking takes the heaviest use — foot traffic, furniture loads, spills, direct sun, standing water, and freeze-thaw cycling.

Best choice: Capped composite decking with anti-slip texturing. Products like the Forestar TerraShield series offer poolside-grade slip resistance, UV stability, and waterproof performance in a board that never needs refinishing.

Fencing

Fencing must withstand lateral wind loads, ground-contact moisture, and constant UV exposure on both sides — with zero tolerance for sagging or warping.

Best choice: WPC fence panels with reinforced core profiles. High-quality WPC fencing systems use hidden fasteners for a clean appearance and snap-together panel designs that speed installation by up to 3x compared to traditional wood fence building.

Cladding

Exterior cladding needs to handle driving rain, temperature cycling, and UV exposure while maintaining dimensional stability flat against a wall surface.

Best choice: Co-extruded WPC cladding with nano-coating technology for self-cleaning performance. This eliminates the annual power washing and repainting cycle that plagues wood siding.

How to Choose Materials Based on Climate

The right material depends heavily on where the structure will live. Here's a climate-specific decision framework.

Hot and Arid Climates 

Priority: UV resistance and heat management.

• WPC and capped composite with light color profiles reflect more heat and resist UV degradation
• Avoid dark-colored materials that absorb excessive solar radiation
• Aluminum frames perform well but can become hot to the touch
• Wood dries out, cracks, and splits rapidly without constant re-oiling

Cold and Snowy Climates 

Priority: Freeze-thaw resistance and snow load capacity.

• WPC maintains impact resistance down to -50°C and dimensional stability through freeze-thaw cycles
• Steel and aluminum handle snow loads well structurally
• Wood absorbs water in fall, then cracks when that moisture freezes

Tropical and Humid Climates 

Priority: Moisture resistance, mold prevention, and insect immunity.

• WPC is the standout choice — zero moisture absorption, verified termite resistance , and mold immunity
• Wood is the worst performer in tropical zones without aggressive chemical treatment
• Recycled plastic lumber works well for marine-adjacent applications

Coastal Climates 

Priority: Salt spray resistance and corrosion protection.

• WPC with 5,000+ hour salt spray certification outperforms every other category
• Aluminum holds up well with proper anodizing
• Steel rusts aggressively in salt air, even with galvanizing
• Wood deteriorates rapidly from salt and moisture combination

Trends in Sustainable Outdoor Living in 2026

The outdoor living industry is evolving beyond basic "deck and patio" territory. Here's what's shaping procurement and design decisions right now.

1. Circular Economy Materials

Manufacturers are closing the loop. The most progressive WPC producers — including those achieving zero-waste-to-landfill certification — now accept end-of-life boards for re-grinding and reprocessing into new products. This closed-loop model resonates strongly with commercial buyers operating under ESG reporting requirements.

2. Carbon-Negative Manufacturing

ISO 14067–verified carbon-negative production is emerging as a genuine differentiator, not just a marketing claim. Expect to see more manufacturers publishing third-party-verified lifecycle assessments showing net CO₂ sequestration.

3. Bioclimatic Design Integration

Architects are specifying outdoor structures as functional extensions of building envelopes — louvered WPC pergolas that manage solar gain, composite privacy screens that function as wind breaks, and integrated green wall trellises made from recyclable outdoor construction materials.

4. Modular and Rapid-Assembly Systems

The labor shortage in construction continues to drive demand for snap-together modular systems. WPC panels and profiles are ideally suited for tool-free or reduced-tool assembly, and manufacturers report that modular garden shed designs can be assembled in hours rather than weeks.

5. Smart Material Surfaces

Nano-coating technologies that enable self-cleaning surfaces, antimicrobial properties, and dynamic light refraction are moving from R&D to commercial products. These coatings reduce lifecycle maintenance even further.

6. Regulatory Tailwinds

Green building certification requirements are expanding globally. LEED v5 (expected to finalize in 2026) is tightening recycled content thresholds and embodied carbon limits, creating direct procurement advantages for materials with verified environmental credentials.

Why WPC and Composite Materials Are Winning Globally

The data tells a clear story. The composite decking market alone is projected to grow from $4.5 billion in 2026 to $8.55 billion by 2035. WPC pergola demand is growing even faster in markets across Europe, North America, the Middle East, and Southeast Asia.

Several factors explain this global momentum:

Performance parity with wood, minus the pain. Modern WPC achieves color accuracy within ΔE < 1.0 of natural woods like teak and mahogany — differences invisible to the human eye. Combined with realistic grain textures and warm-to-touch surfaces, the aesthetic gap between WPC and premium hardwood has effectively closed.

Labor cost reduction. WPC and composite systems install faster than traditional wood construction. Snap-together profiles, hidden fastener systems, and pre-cut modular components reduce on-site labor by 30–60%, a critical advantage amid ongoing skilled labor shortages.

Warranty confidence. Leading WPC manufacturers back their products with 25-year limited warranties covering fade, stain, and structural integrity — a commitment that pressure-treated wood sellers simply cannot match.

Global supply chain maturity. Major WPC producers now ship to 45+ countries with localized distribution networks, making these materials as accessible as traditional lumber for most specifiers and contractors.

B2B procurement advantages. For distributors and wholesalers, WPC offers higher margins than commodity lumber, lower warranty claim rates, and a growing customer base. Durable landscape structures made from composite materials generate fewer callbacks and stronger referral pipelines.

FAQ: Eco-Friendly Outdoor Structure Materials

What is the most eco-friendly material for outdoor structures?

WPC (Wood-Plastic Composite) made with verified high recycled content — ideally 80–90% post-consumer and post-industrial waste — offers the strongest overall environmental profile when you account for raw material sourcing, manufacturing energy, product lifespan, maintenance requirements, and end-of-life recyclability. Recycled plastic lumber scores highest on recycled content alone (100%), but WPC's superior aesthetics and structural versatility make it the practical leader for most outdoor applications.

Is WPC better than wood for pergolas?

For most applications, yes. WPC pergola materials outperform wood on durability (25–50 years vs. 10–20 years), maintenance (near-zero vs. annual treatment), weather resistance (waterproof vs. moisture-absorbing), and insect resistance (immune vs. vulnerable). Wood holds an edge in initial cost for budget projects and in natural character for rustic designs, but WPC's total cost of ownership is significantly lower over the structure's lifetime.

How long do composite garden structures last?

High-quality capped composite and WPC garden structures typically last 25–50 years with minimal maintenance. Premium products from established manufacturers carry 25-year limited warranties covering structural integrity, fade resistance, and stain resistance. In contrast, most wood structures require major repair or full replacement within 10–15 years.

Are recycled outdoor building materials durable?

Yes. Recycled outdoor building materials — particularly WPC and recycled plastic lumber — undergo rigorous testing for impact resistance, UV stability, moisture resistance, and structural load capacity. Top-tier WPC products withstand 5,000+ hours of salt spray exposure, 72-hour water immersion, and temperature extremes from -50°C to 56°C without measurable degradation. The recycled content does not compromise durability; in many cases, the engineered composition actually outperforms natural materials.

What materials require the least maintenance?

WPC, capped composite, recycled plastic lumber, and aluminum all qualify as low-maintenance garden materials. WPC and capped composite require only occasional rinsing — no staining, sealing, painting, or sanding. Aluminum needs virtually no upkeep beyond periodic washing. By contrast, wood structures demand annual or biannual staining, sealing, and eventual board replacement.

Can eco-friendly materials withstand harsh weather?

Absolutely. Modern eco-friendly materials are engineered specifically for extreme weather performance. WPC products have been tested in Death Valley heat (56°C for 200+ days), Alaskan cold (-50°C for multiple years), and tropical rainforest conditions (100% humidity with active termite populations) — all without measurable degradation. These weather-resistant outdoor structures meet or exceed the performance of traditional materials in every climate zone.

What is the cost difference between WPC and natural wood?

WPC typically costs 40–80% more than pressure-treated softwood at purchase, but 25-year total cost of ownership is 50–70% lower due to eliminated maintenance, repair, and replacement expenses. Compared to premium hardwoods like ipe or teak, WPC is often comparable or less expensive even at the point of purchase.

Is composite decking slippery when wet?

Quality composite decking is specifically engineered for wet-condition safety. Products with textured anti-slip surfaces meet or exceed slip resistance standards for poolside, dock, and commercial applications. Look for products tested to ASTM D2047 or equivalent slip resistance ratings. This makes composite an excellent choice for areas near pools, spas, and water features.

Can WPC be used for structural applications like pergola beams?

Yes, but with important caveats. WPC profiles designed for structural use — beams, posts, rafters — are engineered with reinforced core geometries and higher density formulations. Always verify the manufacturer's published load ratings and span tables. For large-span pergolas and pavilions, a hybrid approach using aluminum structural framing with WPC cladding and decking surfaces offers the best combination of structural integrity and aesthetics.

Do eco-friendly materials fade in the sun?

Some fading is natural with any material exposed to UV radiation, but the degree varies enormously. Premium WPC and capped composite products use UV-stabilized polymer caps and color-through engineering that retains over 95% of original color after a decade of full sun exposure. Untreated wood grays completely within 1–2 years. Lower-quality WPC and recycled plastic can fade noticeably within 3–5 years — which is why manufacturer reputation and test certifications matter.

Are eco-friendly garden structures suitable for commercial projects?

Yes. WPC and composite materials are increasingly specified for commercial hospitality, municipal parks, resort properties, retail plazas, and mixed-use developments. They meet fire resistance standards, pass commercial-grade slip testing, handle high foot traffic (verified at 20 million+ cycles), and reduce property management maintenance budgets. For commercial applications, look for products with verified ASTM, EN, and ISO certifications.

How do I verify a manufacturer's sustainability claims?

Look for third-party certifications rather than self-reported claims. Key credentials include:

• UL Environmental Claim Validation  for recycled content
• ISO 14067 for carbon footprint verification
• FSC or PEFC certification for wood-based raw materials
• Zero Waste to Landfill certification for manufacturing
• LEED / BREEAM contribution documentation for project-level credits

Reputable manufacturers publish these certifications openly and can provide documentation upon request.

Final Takeaway and Next Steps

The question isn't whether sustainable materials are ready for serious outdoor construction. They are — and the performance data, cost analysis, and market trajectory all point in the same direction.

For architects and specifiers: WPC and capped composite materials give you the aesthetic vocabulary of natural wood, the engineering performance of synthetic materials, and the environmental credentials your clients and certification bodies are demanding. Specify them with confidence.

For contractors and builders: These materials install faster, generate fewer callbacks, and carry longer warranties than wood. They're a direct path to higher margin projects and stronger client satisfaction.

For distributors and wholesalers: The WPC market is growing at 11.7% CAGR globally. Aligning your inventory with this trajectory positions you ahead of competitors still anchored to commodity lumber.

For homeowners and property managers: You get a beautiful outdoor space that stays beautiful — year after year, without the weekend maintenance ritual.

Ready to Source Sustainable Outdoor Materials?

Forestar Outdoor has been manufacturing high-performance WPC and composite materials since 2008 — with products made from up to 90% recycled content, serving 45+ countries, and backed by rigorous ASTM, EN, and ISO testing.

Whether you're sourcing composite decking, weather-resistant fencing, exterior cladding, or garden structures, Forestar's team works with architects, contractors, and distributors worldwide to deliver customized sustainable solutions.

→ Order Free Samples to evaluate materials firsthand.

→ Browse the Inspiration Gallery to see real-world installations across six continents.

→ Contact Forestar for project-specific recommendations, pricing, and volume sourcing.

Build something that lasts — for your clients and for the planet.