Explore our advanced structural decking and component systems engineered for commercial, civic, and residential applications worldwide.
Years Manufacturing Experience
Global Export Regions
Strict QA & Testing
Maintenance Operations Needed
HEBEI KANDS FLOOR CO., LTD. (known under Xinxuan New Materials Co., Ltd.) stands as a leading global manufacturer and strategic supplier specializing in high-performance, durable flooring and composite architectural solutions. With over a decade of empirical industry experience, our material formulations and structure designs satisfy the rigorous demands of civil engineering, architectural design, and industrial contracting.
Our expansive product lines serve diverse sectors, including commercial landscaping, municipal urban planning, heavy-duty logistics facilities, public transportation hubs, high-end hospitality, and sustainable residential communities. Operating with structural reliability at our core, we deploy advanced engineering methods to ensure each compound delivers superior stability under extreme climate variations.
We are fundamentally committed to providing clients with cost-optimized, premium-grade flooring and composite railing profiles. Our export footprint spans across 60 countries and sovereign territories, solidifying our global standing as a reliable manufacturing partner. Through deep supply chain integration, we align production capacities to meet bulk global procurement needs without compromising quality metrics.
Our commitment to material science, advanced manufacturing processes, and comprehensive support systems.
We continuously invest in polymer chemistry and structural R&D, maintaining our position at the vanguard of composite formulation. Our multi-generational co-extruded systems offer enhanced durability, elevated aesthetics, and circular life cycles.
All product lines are subject to third-party mechanical and environmental testing. We provide complete inspection documentations, including load-bearing analysis, flame spread rating indices, and toxicological safety profiles.
Operating a logistics framework across 60+ countries, we coordinate complex maritime shipments and intermodal transport vectors. We support customs clearing configurations and localized delivery structures.
Our engineering support services guide clients from dynamic design calculations to installation methodologies. We specialize in custom color profiling, variable length extrusions, and site-specific load capacity analysis.
By blending recycled wood fibers with refined polyolefins, we eliminate high-toxicity resins and VOC emissions. Our closed-loop manufacturing minimizes carbon outputs, contributing positively to LEED accreditation.
Our co-extrusion technology yields complete encapsulation, preventing moisture absorption, deep fungal decay, and UV aging. The composite core retains structural properties across a range of -40°C to +60°C.
A transparent look at our fully integrated, automated manufacturing facility located in the industrial heart of China.
At Hebei Kands Floor Co., Ltd., we combine smart automation with lean manufacturing models. Operating under XINXUAN NEW MATERIALS CO., LTD., our facility features continuous gravimetric feeding systems, high-torque twin-screw extruders, and computerized sizing matrices. This integration ensures material composition stability across variable extrusion batches.
Our material traceability system tracks each batch from raw polymer procurement through compounding, high-pressure forming, profile calibration, surface detailing, and final logistics. We run structural stress analyses and continuous thermal stability tests on our composite railing posts and handrail components.
Deep-dive research into composite engineering, co-extrusion technology, and global structural applications.
The global wood-plastic composite (WPC) sector is transitioning from basic dry-blended mixtures to highly engineered, co-extruded multi-layer systems. Initially, wood fibers and thermoplastic matrixes were processed with basic compounding systems, resulting in materials susceptible to surface degradation and moisture ingress. Today, premium composite railings employ advanced 360-degree capstock co-extrusion technology. This technique applies a protective outer polymer layer, formulated with concentrated UV inhibitors, antioxidants, and scratch-resistant modifiers, around the structural core.
Engineering Note: Our core formulation integrates high-density polyethylene (HDPE) with reclaimed hardwood fibers, bonded at the molecular level using maleic anhydride grafted PE compatibilizers. This increases shear resistance and thermal dimensional stability, reducing linear expansion coefficients in varying temperatures.
Looking ahead, our R&D roadmap focuses on incorporating bio-based polymers and smart self-healing agents into the outer capstock. By optimizing fiber aspect ratios and aligning natural wood fibers during extrusion, we aim to match the structural performance of metal railings while maintaining the design flexibility of wood. Future composite systems will feature integrated low-voltage lighting paths and smart sensor options, aligning with modern smart city infrastructure requirements.
Industrial urban design requires outdoor systems that resist environmental degradation while lowering long-term maintenance costs. Traditional timber railings need frequent painting, staining, and chemical treatments that can leach toxic substances into local soil and water tables. Modern composite systems address these challenges by providing reliable performance without chemical upkeep. They are suitable for high-traffic public boardwalks, municipal park structures, and harsh marine environments.
For large-scale infrastructure, composite railing and decking installations lower lifecycle expenses. Standard timber installations often accrue maintenance costs exceeding their initial purchase price within five to seven years. In contrast, premium WPC systems remain functionally stable for decades, showing no splitting, warping, or insect damage. In coastal projects with high humidity and salt exposure, our composite decking and railing profiles resist structural decay, ensuring public safety and minimizing city maintenance liabilities.
International commercial procurement demands compliance with local structural codes and safety standards. Our engineering team assists developers and contractors through all stages of regulatory approvals. We ensure our composite railings conform to localized standards, including ASTM D7032, EN 15534, and international building codes (IBC/IRC) for load bearing and guardrail height safety.
We provide comprehensive testing data, including flame spread performance indices under ASTM E84, slip resistance values, and mechanical shear testing. In regions with strict environmental regulations, we supply certified VOC emission analysis and RoHS compliance documentation. Our logistics team works with global ocean freight networks to manage customs clearances, optimize cargo layouts, and supply the necessary port certifications, ensuring timely deliveries to project sites.
For global distributors, developers, and wholesale buyers, choosing a supplier requires assessing raw material security, production capacity, and supply chain transparency. Hebei Kands Floor Co., Ltd. coordinates these elements by maintaining raw material storage reserves and multiple automated extrusion lines, mitigating production delays caused by market fluctuations.
Our quality control program operates continuous audits. We verify raw material density, moisture content, polymer melt index flow rates, and batch mechanical properties before packaging. By managing raw materials, compounding, and extrusion in-house, we control costs and support competitive wholesale pricing structures for distributors globally.
Select specialized composite materials and railing systems engineered for precise load parameters and architectural styles.
Find technical answers on material chemistry, loading properties, installation configurations, and wholesale supply chain logistics.
KandS Floor