Direct factory inventory for international wholesale buyers, architectural developers, and commercial contractors.
An in-depth whitepaper on why industrial buyers, real estate groups, and landscape architects are transitioning from traditional timber to modular Wood-Plastic Composite (WPC) decking tiles.
In modern urban planning and architecture, the global demand for Baldosas WPC (Wood-Plastic Composite deck tiles) has experienced exponential growth. Driven by stringent deforestation regulations, rising labor costs for outdoor timber maintenance, and increasing climate volatility, commercial contractors require long-lasting, low-maintenance outdoor floor systems. Baldosas WPC tiles provide an engineered union of natural wood flour and recycled thermoplastic polymers, offering complete immunity to rot, termite infestation, and moisture absorption.
As leading custom Baldosas WPC suppliers and direct-manufacturing partners, we engineer structural composite tiles designed specifically for rapid interlocking installation. Whether deployed in high-traffic hotel pool decks, high-rise luxury apartment balconies, or municipal public plazas, modular WPC tiles eliminate traditional substructure framing expenses while upholding superior slip resistance (R11 Rating) and dimensional stability across temperatures ranging from -40°C to +60°C.
Operating a modernized, 100,000 m² intelligent production complex to support international OEM/ODM volume requirements.
Linyi Rich New Materials Co., Ltd. is a modern industrial enterprise integrating research & development, high-precision extrusion manufacturing, and global supply chain logistics. Based in Linyi City, Shandong Province, our industrial park is backed by advanced automation, rigorous quality control protocols, and over 300 experienced technical professionals.
Delivering end-to-end eco-friendly architectural solutions across interior wall panels, outdoor decking, and acoustic systems.
Equipped with 120 automated lines, producing approximately 12 million m² annually. Blends wood-grain aesthetics with high impact resistance for commercial wall cladding and acoustic baffles.
Features 4 high-precision extrusion systems yielding 3 million m² annually. Stone plastic composite core offers 100% waterproofing, high wear resistance, and zero formaldehyde emissions.
40 specialized lines yielding 2 million m² per year. Formulated specifically for extreme outdoor weather, high UV exposure, salt spray, and heavy foot traffic in international markets.
12 custom lines supported by dust-free UV curing workshops producing 6 million m² per year. Replicates luxury natural marble with scratch-resistant, glossy UV protective layers.
6 production lines outputting 1 million m² annually. Engineered with advanced CNC engraving machinery allowing customized grooving, bending, and structural light-weighting.
Fully integrated in-house slitting and PET acoustic felt backing lines. Enables custom acoustic absorption (NRC > 0.85) for interior recording studios, hotels, and office spaces.
Comprehensive material specification sheet designed for procurement officers, QA lab testing, and structural engineers.
| Performance Parameter | Test Standard / Method | Baldosas WPC Specification Value | Engineering Benefit |
|---|---|---|---|
| Raw Material Formulation | ISO 1183 Standard | 60% Wood Fiber + 30% HDPE Plastic + 10% Additives | Optimal elasticity, eco-friendly strength, zero rot. |
| Density | ASTM D792 | 1.35 g/cm³ – 1.40 g/cm³ | High structural integrity under static load. |
| Water Absorption Rate | EN 317 / ASTM D1037 | < 0.5% (24-Hour Total Immersion) | Prevents swelling, mold, and internal cracking. |
| Flexural Modulus | ASTM D790 / EN 310 | ≥ 2,500 MPa | High bending load capacity without deflection. |
| Slip Resistance Rating | DIN 51130 / BS 7976 | R11 Wet/Dry Rating | Maximum safety around swimming pools and garden paths. |
| Fire Reaction Grade | EN 13501-1 / ASTM E84 | Class B1-s1 (Fire Retardant) | Self-extinguishing, low smoke generation. |
| UV Weathering Endurance | ISO 4892-2 (2000 Hours Accelerated) | Grey Scale ≥ 4 (Minimal Shift) | Sustained color richness under high UV exposure. |
| Interlocking Base Base Material | High-Density Polyethylene (PE Base) | UV-Stabilized Grid with Stainless Screws | Effortless self-drainage and tool-free installation. |
Discover how global project managers deploy our custom WPC tiles and composite wall cladding systems across multi-tier commercial sectors.
Traditional wood or stone decking requires heavy load-bearing substructures and permanent fixings. Our interlocking Baldosas WPC deck tiles lay directly over waterproof membranes without puncturing roof surfaces. The underlying PE grid provides continuous water flow toward drainage outlets.
Salt-spray corrosion and chemical chlorine rapidly degrade natural timber decks. WPC tiles resist chemical degradation, splintering, and fungal growth, offering a barefoot-friendly texture that safeguards resort guests from hot outdoor temperatures.
Designed for fast DIY snap-lock installation, Baldosas WPC tiles allow urban residents and property management companies to upgrade concrete balconies within hours. Easy to clip together, trim around corners, or remove for building inspections.
Ensuring seamlessly localized compliance, bespoke color-matching, and custom packaging for worldwide distributors.
We provide full-spectrum OEM and ODM customization services for international importers. With over 200 proprietary molds across our WPC, PS, and SPC production lines, we offer flexibility in texture, sizing, and structural design:
Linyi Rich New Materials Co., Ltd. operates under the ISO9001 Quality Management System and ISO14001 Environmental Management System. We are firmly committed to green manufacturing standards:
Pioneering advanced material sciences to usher in smart, resilient, and bio-based composite building solutions.
Advancing multi-layer co-extrusion technology. By surrounding the composite core with an impenetrable polymer shield, future Baldosas WPC tiles achieve total stain resistance, zero oil penetration, and self-cleaning hydro-repellent properties.
Moving beyond standard recycled PE plastic toward PLA and bio-resins derived from agricultural byproducts, targeting a zero-carbon footprint while maintaining superior tensile performance.
Integrating infrared-reflecting (IR) pigments into the surface wear layer to lower summer surface temperatures by up to 12°C compared to conventional composite decking.
Addressing crucial technical, commercial, and logistic inquiries for enterprise buyers and factory partners.
Complete your interior and exterior design ecosystem with our direct-factory architectural wall panels, fencing, and specialty veneers.
Rich New Materials
