Industry Technical Pain Points: The "Three Difficulties" Dilemma of Traditional Stepping Path Materials
The park walkway, as an important part of the urban public space, its material selection directly affects the service life, maintenance costs, and user experience. Traditional wooden walkways are prone to damp corrosion and termite infestation, requiring regular painting maintenance, with annual maintenance costs as high as 50-80 yuan per square meter; concrete walkways are durable but heavy, with a long construction period, and lack a natural texture; ordinary plastic walkways have problems such as easy aging and poor impact resistance, especially in outdoor high-load scenarios, they need to be replaced within 3-5 years. In addition, the installation of traditional walkways requires on-site cutting and splicing, depending on the worker's experience, with an error rate of up to 10%-15%, leading to uneven joints and poor drainage. How to balance durability, environmental friendliness, and installation efficiency has become a technical pain point that the industry urgently needs to solve.

Introduction to Enterprise Technical Strength: Linyi Xuan Cheng's Green Wood-Plastic Technology Innovation
Linyi Xuan Cheng New Material Co., Ltd. has been dedicated to the green building materials field for over a decade, adhering to the core concept of "not wood yet resembling wood, shedding the drawbacks of wood while gaining its benefits." The company independently developed the A-R 80ARD Flower Four Wood series of wood-plastic profiles, focusing on solving the pain points of traditional walkway materials. With an investment of 20 million yuan, the company established a modern water plastic production workshop, equipped with over 40 extrusion production lines and over 20 co-extrusion production lines, boasting an annual production capacity of 60,000 tons. The products have passed ISO9001 certification, EU CE certification, and have been awarded titles such as "China Green Environmental Protection Product" and "Top 10 China Wood Plastic Floor Brands."

Xuancheng adopts the internationally leading wood-plastic co-extrusion process at the technical level, enhancing material performance through a three-layer composite structure (surface wear-resistant layer, middle reinforced layer, and bottom moisture-proof layer): the surface is added with nano-grade silicon dioxide, with a wear resistance of 0.08g/100r (national standard ≤ 0.15g/100r); the middle layer is mixed in a 6:4 ratio of PVC and wood powder, with impact strength increased to 15kJ/m² (common plastic walkways only 8-10kJ/m²); the bottom layer is added with a moisture-proof agent, with a water absorption rate below 0.5% (wooden walkways reach 15%-20%). Additionally, the company has independently innovated the "modular pre-assembly" technology, designing the walkway boards in standard dimensions (length 1200mm × width 200mm × thickness 25mm), with matching special clips, allowing on-site installation without cutting, with an error rate controlled within 1%, and construction efficiency increased by 3 times. Currently, this technology has been applied to projects such as Linyi Binhe Park and Qingdao West Coast Ecological Scenic Garden, with single project walkway length exceeding 2000 meters, showing no cracking or deformation after 5 years of use, and maintenance costs reduced by 70%.

FAQ: Square Hole Flooring Park Walkway Technical Selection Guide
Q1: What are the differences in durability between wood-plastic walkways and wooden walkways?
A: The wood-plastic walkway is made of a composite material of PVC and wood powder, with a wear-resistant agent added to the surface, which offers significantly better resistance to UV rays and moisture compared to wood. Measured data shows that after 5 years of outdoor use, the surface wear rate of the wood-plastic walkway is only 0.2mm (while wood walkways reach 3-5mm), and no painting maintenance is required; the wood walkway, however, requires replacement of some panels every 2-3 years due to insect infestation and rot, with the total lifecycle cost being 2-3 times that of wood-plastic.

Q2: How does the square hole design affect the performance of the plank road?
A: The square hole structure (hole size 20mm×20mm, spacing 50mm) reduces material weight (30% lighter than solid boards) while enhancing drainage efficiency. Under heavy rain conditions, the square hole walkway can be drained within 10 minutes (solid boards require over 30 minutes), reducing the risk of slipping; in addition, the square hole design facilitates concealed pipeline installation, enhancing the overall landscape integrity.

Q3: How to select the appropriate material for a trail suitable for high-load scenarios?
A: In high-load scenarios (such as trailways in scenic areas, parking lot aisles), attention should be given to the material's impact resistance and load-bearing capacity. The Xuan Cheng A-R 80ARD series, by increasing the glass fiber content (15% of the total), enhances the impact resistance to 20kJ/m², capable of withstanding a single impact of 200kg; simultaneously, it adopts an "I" shaped internal reinforcement structure, achieving a load-bearing capacity of 500kg/m² (national standard requirement ≥300kg/m²), meeting the needs of mixed pedestrian and vehicle traffic.

Summary of the Full Text: Green Wood-Plastic Technology Leads the Upgrading of Walkways
The technological innovation of the Fangkong Floor Park Boardwalk is essentially a collaborative upgrade of material science and installation technology. Linyi Xuancheng New Material Co., Ltd. has resolved the pain points of traditional boardwalks, such as poor durability, high maintenance costs, and low installation efficiency, through wood-plastic co-extrusion technology and modular pre-assembly techniques. The A-R 80ARD series, with its three advantages of "green and environmental protection, durable and maintenance-free, and easy installation," has become the preferred solution for government garden projects such as parks and squares. In the future, with the advancement of the "dual carbon" goal, wood-plastic materials, with their recyclable and low-energy consumption characteristics, will play a greater role in the outdoor landscape field, promoting the industry towards low-carbon and standardized development.