Residential composite decking: terraces and patios
Plan furniture, supported joints and circulation together. Heavy planters and outdoor kitchens need separate load checks; decking is not a structural beam.
2026-10-17Read reference ↗
category
Applications
Reference guides on applications in natural fibre and polymer composites.
Composite pool decking: wet feet, heat and chemicals
Specify wet barefoot performance, surface temperature and pool-chemical compatibility for the exact profile. A dry slip result does not establish wet-use safety.
2026-10-17Read reference ↗
Composite balcony flooring: renovation and drainage
Check added weight, threshold clearance, drainage and fire requirements. Keep the walking surface separate from waterproofing and the protective balustrade.
2026-10-17Read reference ↗
Composite roof terraces: supports and waterproofing
Preserve drain access and membrane protection. Verify wind uplift, concentrated loads and roof capacity; do not assume WPC joists span freely between pedestals.
2026-10-17Read reference ↗
Composite jetties: boat landings and fishing platforms
Provide safe boarding and replaceable boards. Splash resistance does not prove permanent-immersion suitability; piles, mooring loads and the frame require separate engineering.
2026-10-17Read reference ↗
Composite boardwalks: parks, wetlands and promenades
Plan passing spaces, ecological protection and accessible transitions. Public loads and joints require assessment; avoid trip edges and gaps that trap wheels.
2026-10-17Read reference ↗
Composite pontoon decking: floating platforms
Deck mass affects payload and stability. Decking does not establish buoyancy; the pontoon designer must verify flotation, connections and safe access.
2026-10-17Read reference ↗
WPC in marine environments: coastal applications
Separate coastal splash exposure from permanent submersion. Request environment-specific evidence and compatible corrosion-resistant connectors; a coastal reference is not marine-piling approval.
2026-10-17Read reference ↗
Composite boat flooring: vessel-specific selection
Check mass, grip, drains and hatch access. Building-deck WPC is not automatically boat-approved; obtain acceptance before fixing or bonding to the vessel.
2026-10-17Read reference ↗
Composite fencing: boundaries and privacy
Choose infill, posts and foundations as a system. Wind acts on the entire fence; board strength alone cannot determine post spacing.
2026-10-17Read reference ↗
Composite privacy screens and equipment enclosures
Balance privacy with light and service access. Preserve equipment airflow and clearances; a screen is not automatically a fall-protection barrier.
2026-10-17Read reference ↗
Composite railings and balustrades: system safety
Assess posts, infill and anchorage together. Ordinary decking does not make an approved guardrail; verify loading, height, openings and climbability.
2026-10-17Read reference ↗
Composite handrails: grip and continuity
Check graspability, continuity, temperature and support spacing. A decorative profile is not automatically an accessible handrail for stairs or ramps.
2026-10-17Read reference ↗
Composite sound barriers: acoustic evidence
Geometry, location and sealed joints influence performance. A solid fence is not a tested noise barrier; obtain acoustic and structural system evidence.
2026-10-17Read reference ↗
Composite cladding: ventilated façades
Coordinate corners, openings, flashings and ventilation. Verify fire, moisture and fixing requirements; cladding does not replace structural or weather-control wall layers.
2026-10-17Read reference ↗
Composite fascia and soffits: finishing profiles
Use trims to coordinate edges while retaining ventilation. Thin fascia is not a tread, joist or retaining wall; follow profile-specific support requirements.
2026-10-17Read reference ↗
Composite park benches: replaceable seating slats
Retain suitable frames and plan comfortable, drainable seats. Check seating loads and connections; decking spans do not automatically apply to bench slats.
2026-10-17Read reference ↗
Composite picnic tables: public outdoor dining
Provide legroom, supported tabletops and wheelchair positions. WPC is not automatically food-contact approved; avoid cutting or placing hot cookware directly on it.
2026-10-17Read reference ↗
Composite outdoor furniture: chairs and modular seating
Select profiles for comfort, edges and joints. Verify tipping stability, load paths and fatigue; furniture needs its own design, not shortened decking assumptions.
2026-10-17Read reference ↗
Composite planters and flower bins
Separate the visible shell from soil containment. Wet soil creates weight and lateral pressure; specify liners, drainage and designed supports.
2026-10-17Read reference ↗
Composite litter bins and refuse containers
Use replaceable slats around a separate waste container. Combustible composite is not automatically suitable for hot ash or fire containment.
2026-10-17Read reference ↗
Composite storage boxes for outdoor use
Provide a stable frame, safe lid and rain management. Boards do not make a watertight box; check ventilation, pinch points and lid supports.
2026-10-17Read reference ↗
Composite urban decoration: screens and feature details
Coordinate slats with planting and seating. Verify wind, fixing, sharp edges and climbing risks; appearance does not establish fire or impact performance.
2026-10-17Read reference ↗
Composite landscape edging: paths and planting beds
Set out curves and transitions before choosing anchors. Confirm ground-contact suitability and bend radius; light edging is not a retaining wall.
2026-10-17Read reference ↗
Composite garden paths: everyday access
Coordinate width, gradient and connections to paving. Provide a stable supported base and drainage; ordinary boards should not lie directly on soil.
2026-10-17Read reference ↗
Composite steps and ramps: safe transitions
Coordinate treads, handrails and landings. Fascia is not a tread; require project-specific support, slip, accessibility and load verification.
2026-10-17Read reference ↗
Composite dance floors and event platforms
Match the surface to footwear and activity. Outdoor decking is not automatically a dance or sprung floor; assess turning, dynamic loads and evenness.
2026-10-17Read reference ↗
Composite pergolas: decorative infill and structure
Separate decorative slats from load-bearing elements. Ordinary WPC is not a beam; wind, snow and long-term deflection require design.
2026-10-17Read reference ↗
Composite shelters: cycle parking and bus stops
Use suitable infill or seating on a separately designed frame. Check fire, impact and wind; cladding cannot replace bracing or obstruct escape routes.
2026-10-17Read reference ↗
Composite around playgrounds: boundaries and benches
Distinguish perimeter furniture from play equipment and protective surfacing. Ordinary WPC is not impact-attenuating flooring; assess fall zones, entrapment and temperature.
2026-10-17Read reference ↗
WPC window and door profiles: specialist systems
Develop profiles, seals and hardware as a system. Decking is not window framing; require air, water, thermal and mechanical evidence for the assembly.
2026-10-17Read reference ↗
Composite pallets and crates: handling and reuse
Check load distribution, fork access and cleaning. A rated pallet needs verified static, dynamic and racking performance; decking data is insufficient.
2026-10-17Read reference ↗
Composite railway sleepers: specialist infrastructure
Identify the exact formulation and obtain rail-owner acceptance. Verify fastenings, fatigue, electrical properties and creep; garden WPC is not a qualified sleeper.
2026-10-17Read reference ↗
Composite interior panels: walls and ceilings
Select products intended for indoor use. Exterior WPC does not automatically meet indoor fire or emissions requirements; verify ceiling fixing and heat-source clearances.
2026-10-17Read reference ↗
Composite roofing products: tiles and assemblies
Specify a purpose-designed roofing system with weather, uplift and fire evidence. Ordinary WPC boards are not waterproof roof coverings.
2026-10-17Read reference ↗
Composite pedestrian bridges: deck and structure
Approved boards may form a walking surface on an engineered bridge. Beams, railings and public loads need separate design; residential decking data is insufficient.
2026-10-17Read reference ↗
WPC applications: decking, cladding, fencing and specialist solutions
An application map for wood–plastic composite profiles, boards, panels and moulded components.
2026-09-26Read reference ↗
WPC cladding profiles: façades, slats, soffits and fascia
Understand composite cladding profiles, wall assemblies and the questions to ask before specification.
2026-09-26Read reference ↗
Composite cladding, fencing and other applications
Why each composite application needs its own specification.
2026-09-24Read reference ↗
Composite decking selection: a specification checklist
A project-first checklist for comparing boards, finishes and installation systems.
2026-09-24Read reference ↗