Explore our core collection of eco-responsible structural wood, high-density polymer composites, and premium acoustic floor assemblies designed to optimize sound attenuation.
Anhui Prairie Floor Co., Ltd. is a globally established manufacturer specializing in advanced Wood Plastic Composite (WPC) building materials and highly engineered multi-layered acoustic systems. Since our founding, we have committed ourselves to circular economy principles—transforming recycled polymers and plant fibers into structural and acoustic elements that mitigate ambient noise while minimizing depletion of primary timberlands.
By shifting the benchmark from basic coverage to high-precision acoustic attenuation, our multi-layered acoustic tiles and underlayments manage structural and airborne vibrations in residential complexes, performance spaces, and heavy industrial facilities alike.
Our journey began with a definitive objective: to deliver high-performance, low-maintenance outdoor and indoor building surfaces that harmonize architectural design with environmental responsibility. As residential densities escalated globally, our engineering team observed a massive increase in demand for noise mitigation technologies that could be integrated directly into flooring and panel installations.
Through dedicated research and development in composite density and decoupling layers, Anhui Prairie Floor transitioned into a full-scale OEM/ODM supplier of multi-layered acoustic tiles. Today, we supply international projects with high-integrity composites, utilizing precision co-extrusion technology to deliver outstanding durability, structural strength, and acoustic suppression properties.
Industrial metrics confirming our capacity to design, test, and deliver specialized acoustic tiles on a global scale.
Industrial distributors and engineering firms mandate specific parameters when sourcing acoustic materials. We deliver the required documentation and engineering properties to streamline integration.
Procurement teams require verified Sound Transmission Class (STC) and Impact Insulation Class (IIC) metrics. Our multi-layered composite tiles are engineered with decoupling cores to reach STC ratings exceeding 55 dB, preventing transmission of both airborne noise and footfall impacts.
Global developers demand LEED, BREEAM, and WELL compliance. We integrate renewable cork, post-industrial recycled rubber, and bio-composites, avoiding toxic adhesives and ensuring a low Global Warming Potential (GWP) footprint.
Standard acoustic tiles warp under environmental fluctuations. Our co-extruded composite models maintain dimensional deviation limits below 0.1% under temperatures from -20°C to 65°C, ensuring structural integrity in humid or dry conditions.
Our commercial-grade assemblies are treated with halogen-free flame retardants, satisfying global commercial codes. We target Class Bfl-s1 ratings under EN 13501-1 and Class A under ASTM E84, ensuring safety in egress corridors and multi-story spaces.
Our multi-layered technology adapts to the specific physical and acoustic challenges of diverse real-world spaces.
Uncontrolled reverberation in open-plan offices reduces focus and spikes cognitive fatigue. By deploying multi-layered acoustic tiles on both floors and walls, offices achieve localized acoustic comfort. The absorption layers break down high-frequency human speech, while the structural backing prevents low-frequency noise from HVAC systems from penetrating nearby conference rooms.
Dropping heavy weights causes high-energy impact waves that propagate through structural concrete slabs. Our heavy-duty recycled rubber tiles, combined with resilient sub-layers, absorb localized impacts, preventing structural vibration transfer to adjacent tenants in mixed-use commercial buildings.
Inter-floor noise transmission is a frequent tenant complaint. Our engineered oak laminate flooring and waterproof engineered parquet structures, combined with integrated acoustic underlayments, decouple the walking surface from the subfloor. This results in quiet interior atmospheres, elevated tenant satisfaction, and compliance with building code regulations.
High-footfall spaces like airports and shopping malls require durable, moisture-resistant flooring. Our heavy-duty liquid epoxy coating solutions, combined with composite backing systems, offer wear-resistant, dust-free performance that suppresses structural vibrations caused by continuous rolling loads and heavy foot traffic.
Every step in our production sequence is monitored to guarantee consistent density, flawless interlocking mechanisms, and reliable acoustic dampening.
Raw polymers, plant fibers, and eco-friendly sound-dampening minerals are blended at controlled temperatures. This process ensures uniform density throughout the compound, laying the foundation for consistent acoustic performance.
Using advanced extrusion equipment, the composite core is bonded to protective, high-toughness outer layers. This co-extrusion method increases wear resistance, prevents delamination, and extends the tile's functional lifespan by 50%.
Curing with high-intensity ultraviolet light seals the surface, neutralizing VOC emissions and securing the texture. This step hardens the outer layer, making it highly resistant to UV fading, scratching, and chemical wear.
Automated cutting machinery shapes interlocking profiles along the edges of the tiles. These precise tolerances ensure tight, gap-free joins during installation, reducing acoustic leaks and simplifying assembly.
Every batch undergoes testing for flatness and density. The final tiles are wrapped in protective packaging, preparing them to arrive intact at destination ports and job sites around the globe.
Developing next-generation materials to enhance performance, ease installation, and support environmental sustainability.
Integrating specialized polymer layers between composite plies to convert vibrational energy into heat, enhancing sound isolation.
Transitioning from recycled HDPE to plant-based agricultural polymers to further lower carbon footprints and minimize fossil fuel use.
Developing acoustic micro-perforations that absorb high frequencies without compromising the physical strength of the composite panel.
Replacing traditional adhesives with heat-bonded, solvent-free layers to preserve indoor air quality during long-term exposure.
Developing panels with embedded channels for low-voltage sensor lines, facilitating smart system routing in commercial office layouts.
At Anhui Prairie Floor Co., Ltd., sustainability is a core engineering requirement, not an afterthought. We source post-industrial polymer scraps and waste agricultural fibers, converting underutilized materials into durable, high-value building elements. This approach reduces dependency on raw timber, helping preserve primary forests and support biodiversity.
Our production facilities utilize closed-loop water recirculation systems and capture heat from extrusion stages to power dry chambers, minimizing energy waste. The resulting building materials are low-emitting, helping projects meet indoor air quality standards worldwide.
Answers to technical queries from architects, project engineers, and global procurement officers.
Visual confirmation of our manufacturing quality control, raw material preparation, and finished shipments ready for international transit.
Our commitment to quality is backed by certified laboratory testing, standard compliance, and transparent product specifications.
Our quality management system is audited annually to maintain compliance with ISO 9001:2015 standards. We control our production variables closely, from raw material inspection through to the final packing stage. Each production run is tracked using batch codes, ensuring traceability and transparency for our clients.
Our compliance portfolio includes:
Contact Anhui Prairie Floor Co., Ltd. to discuss your project requirements. Our engineering team can assist with material specifications, custom colors, acoustic calculations, and logistics planning.
Anhui Prairie Floor Co., Ltd.: Linking Nature and Technology.
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