What products does Forestar manufacture?

Forestar manufactures WPC composite decking boards, exterior and interior wall cladding, composite fencing, and garden sheds for outdoor storage. Production takes place at our facility in Xuancheng, Anhui, China, operated by Anhui Fumeida New Material Technology Co., Ltd.

What is Forestar composite made of?

Forestar composite blends reclaimed wood fibre with recycled polymers, and contains up to 90% recycled content. Capped profiles add a protective outer shell that improves resistance to staining and fading. Our boards do not need seasonal painting, sealing or staining.

Can importers order samples before placing a bulk order?

Yes. Distributors, contractors and retailers can request physical samples through the Order Sample page. We recommend evaluating colour, texture and surface temperature under your local sunlight conditions before you confirm a container order.

Do you support custom colours, profiles or private-label packaging?

We work with trade partners on colour, length, profile and packaging requirements for their target market. Please send your project specifications with your catalog request, and our export team will confirm feasibility.

Which markets does Forestar export to?

Forestar products are used in more than 45 countries. Our project references include the USA, Austria, Colombia, Finland and Chile.

Where can I meet the Forestar team in person?

Visit Forestar at PISCIMAD 2026 in Madrid, Booth 7A49, from 10 to 13 November 2026. You can also contact the export team to arrange a factory visit or a video call.

High-Quality Wpc Deck Flooring Manufacturers & Product

Primary Product Lineup: Series I

Engineered for high-traffic commercial developments, resort pool surrounds, and contemporary architectural façades.

TerraShield Low Maintenance Wood Plastic Composite Decking

TerraShield WPC Factory Products

TimberFlow WPC Decking Boards with Anti-Slip Surface

TimberFlow WPC Decking Series

PlaneSleek WPC Exterior Cladding Panels UV Protected

PlaneSleek UV Cladding Panels

HorizonLine Low Maintenance Wood Plastic Composite Fence Panels

HorizonLine Composite Fencing

Heavy Snow Load Rated Waterproof Garden Shed

Snow-Rated Modular Garden Shed

TerraShield High-Durability Deck

EclipseGrain Waterproof UV Resistant Composite Decking

EclipseGrain Poolside Decking

TimberFlow Anti-Slip Profiles

2008

Founded Year in China

90%

Recycled Content Polymer Base

45+

Export Destination Countries

<0.5%

24-Hour Water Absorption Rate

Material Science & Manufacturing Engineering

Decoupling high-performance WPC flooring from conventional softwood timber through multi-component co-extrusion and high-density circular matrices.

360-Degree Shield Technology

Unlike traditional uncapped composite products that suffer from surface oxidation and moisture infiltration, modern co-extruded capped composite decking utilizes an impermeable, modified polyethylene shell. This formulation seals all four faces and groove lines against persistent rain, pool chemicals, and wine or oil stains.

Thermal Dispersion & Cool-Touch

Utilizing high-grade infrared reflective pigments, our advanced decking formulations reflect solar thermal radiation away from surface contact zones. This proprietary compounding process keeps barefoot areas significantly cooler than standard composite boards, meeting high-demand European and Middle Eastern pool surround specifications.

High Dimensional Stability Matrix

Reinforced with 60% reclaimed hardwood micro-fibers, 30% recycled high-density polyethylene (HDPE), and 10% coupled stabilizers. The resulting cellular core demonstrates an extremely low coefficient of thermal expansion, mitigating warpage, board creep, and shear stress across varying climatic cycles.

Direct Performance Matrix: WPC vs. Treated Softwood

Engineered performance analysis based on standard ASTM and EN international outdoor building material benchmarks.

Evaluation Parameter	Forestar Capped WPC Systems	Treated Pine / Pressure Softwood	Industrial Advantage
Maintenance Overhead	Zero sealing, staining, or oiling; water clean only	Bi-annual chemical staining & water-repellent sealing	Eliminates up to 85% of life-cycle maintenance costs
Moisture Absorption	< 0.5% after 24-hr full immersion (ASTM D1037)	15% to 25% cyclic swelling and dimensional shift	Immune to rot, fungal decay, and sub-surface splitting
Slip Resistance Rating	Class C / R11 micro-grooved anti-slip friction surface	Hazardous when wet or compromised by algae growth	Safe for bare feet around public swimming pools & marinas
Surface Degradation	Encapsulated anti-UV stabilizers, no splinters or checks	Severe checking, splintering, and natural twisting	Zero risk of barefoot splinters; stable aesthetic life
Environmental Profile	Up to 90% recycled plastics and post-industrial wood	Depletes old-growth timber; uses chemical preservatives	Contributes to LEED points and circular construction

China Factory Direct Supply Chain & Global Purchasing Power

Streamlined manufacturing intelligence, multi-product container consolidation, and integrated export risk mitigation.

Consolidated Mixed-SKU Shipping

Importers reduce sea freight exposure by consolidating WPC decking boards, co-extruded wall cladding, modular fencing panels, and flat-packed outdoor garden sheds within a single 40ft HQ container. This operational flexibility optimizes inventory velocity and significantly lowers warehousing overhead.

OEM/ODM & Private Label Packaging

We provide full white-label capabilities for multinational building material chains, architectural distributors, and timber merchants. Features include laser-etched batch branding, customer-specific structural profiles, bespoke installation clips, and shrink-wrapped retail packaging equipped with multilingual barcoding.

Strict Quality Control & Lot Traceability

Every extrusion batch undergoes standard mechanical tests: flexural stress, modulus of elasticity (MOE), QUV accelerated weathering, and boiling-water adhesion tests. Batch numbers stamped on each profile guarantee raw material traceability from polymer pellet intake to project site installation.

Regional Climate Engineering & Compliance Profiles

Engineered formulations tailored to regional structural standards, thermal variances, and regulatory mandates.

Nordic Freeze-Thaw Resistance

Deployed in extreme climates like Finland, Sweden, and Canada. Zero moisture absorption within the capped polymer prevents internal ice expansion, which is the primary cause of cracking in timber and porous composite profiles subjected to rapid sub-zero cycling.

Arid UV & Desert Heat Stabilization

Engineered for high solar irradiance environments like the Middle East, Texas, and Australia. Compounded with hindered amine light stabilizers (HALS) and antioxidant complexes to maintain structural integrity and colorfastness under sustained UV index ratings above 11.

Tropical High-Humidity & Saline Zones

Formulated for coastal resorts, marinas, and humid regions across Southeast Asia, the Caribbean, and South America. High-density outer shells prevent marine borer damage, algae biofilm accumulation, and corrosion from airborne salt spray.

Global Industry Mega-Trends & Decarbonization

Tracking the macroeconomic shift toward circular building materials, fire compliance, and AI-driven automated extrusion.

Circular Economy & Recycled Polymers

Stricter green public procurement and LEED v4.1 certification criteria demand measurable carbon offsets. By using up to 90% recycled plastics and circular reclaimed wood flour, modern WPC acts as a durable carbon sink, preventing waste plastics from entering marine and landfill systems.

Advanced Fire-Retardant Standards

Global commercial building codes require Class Bfl-s1 or ASTM E84 Class A fire-rated composite flooring. Modern multi-layer co-extrusion incorporates inorganic nano-flame retardants within the outer shell, drastically reducing smoke production and preventing molten droplet spread.

AI-Enhanced Precision Extrusion

Automated extrusion lines monitor melt pressure, temperature gradients, and profile wall tolerances in real-time. This machine-driven oversight minimizes inner stress imbalances within hollow decking boards, ensuring structural uniformity and straight profile lines across large architectural builds.

Technical & Global Procurement FAQ

Comprehensive engineering clarity and procurement procedures for international distributors, quantity surveyors, and project developers.

Early uncapped composite products exposed wood flour directly to humidity and moisture. This direct exposure supported surface mold and spore colonization. Modern co-extrusion technology applies an impermeable polymer shell around the composite core, preventing moisture penetration into organic fiber channels. This prevents mildew formation and allows grease and stains to be wiped away easily.

For standard residential applications perpendicular to joists, we recommend a center-to-center span of 350mm to 400mm (14 to 16 inches). For high-density commercial spaces, public boardwalks, or diagonal installations (45-degree angle), sub-frame joist spacing must be reduced to 300mm (12 inches) to limit live-load deflection and preserve long-term warranty compliance.

All composite boards experience minor thermal movement along their length. Our system uses engineered hidden clips that secure boards firmly while allowing controlled linear movement within the clip channel. Installers must maintain proper butt-joint gaps (typically 3mm to 6mm depending on ambient temperature at installation) and leave a 10mm clearance near fixed masonry walls.

We provide full documentation required for entry into North American, European, and Australasian markets. This includes CE Mark declarations of conformity, third-party SGS/Intertek test certificates for EN 15534 standards, ASTM flexural and fastener withdrawal data, ISO 9001 quality audits, and FSC Chain of Custody documentation for reclaimed wood materials.

Yes. A key advantage of our China factory hub is flexible container consolidation. Buyers can combine solid and hollow WPC decking boards, exterior slatted wall cladding, modular fencing panels, and flat-pack garden sheds in a single container. This optimizes container fill rates, cuts shipping costs per unit, and matches overall project timelines.