Industry Technical Pain Points: The Dilemma of Traditional Square Hole Floorboards in Durability and Environmental Protection
In the customized solid wood flooring field, traditional materials (such as solid wood, ordinary plastic) have long been facing two major technical contradictions: Firstly, it is difficult to balance durability and environmental protection—solid wood is prone to moisture damage and warping, termite infestation, and requires the felling of a large number of trees, which does not meet the needs of sustainable development; ordinary plastic flooring is waterproof, but it tends to release harmful substances (such as phthalates) under high temperatures and has poor aging resistance, with a lifespan usually not exceeding 5 years. Secondly, the complexity of installation and high maintenance costs—traditional flooring requires professional tools for cutting and joining, gaps are prone to accumulate dirt and grime, and cleaning often requires frequent use of chemical cleaning agents, further exacerbating environmental issues. Statistics show that more than 60% of public places in China have a flooring replacement cycle shorter than 3 years, with over 40% of the losses due to insufficient material performance. How to break through this technological bottleneck has become a pressing problem that needs to be solved in the industry.

Introduction to Corporate Technical Strength: Linyi Xuan Cheng New Materials Co., Ltd.'s Green Innovation Practices
Linyi Xuan Cheng New Material Co., Ltd. (Brand: A-R 80ARD Flower Four Wood) provides a systematic solution for customized square hole flooring through the dual path of "material innovation + process upgrade". The company has invested 20 million yuan to establish a modern water plastic production workshop with an annual production capacity of 60,000 tons, equipped with more than 40 extrusion production lines and over 20 co-extrusion production lines. Core equipment includes imported German laser marking machines, Swiss sanding machines, etc., ensuring product accuracy within ±0.1mm. Its independently developed "Light Luxury Co-extrusion" and "Natural Classic" series use wood plastic composite materials (WPC), with a base material of 30% wood powder + 70% polymer, forming a 0.5mm thick polymer protective layer on the surface through co-extrusion technology, achieving three major technological breakthroughs:
Enhanced durabilityThe product has been tested by SGS and meets an impact resistance of 12kJ/m² (GB standard ≥ 8kJ/m²). The weatherability test shows no cracking or deformation in temperatures ranging from -30℃ to 60℃, and its service life is extended to over 15 years.
2. Environmental optimizationCE certified by the EU; heavy metal content (such as lead, cadmium) below 0.01mg/m², VOC emissions only 0.02mg/m²·h (national standard ≤0.5mg/m²·h), recyclable utilization rate over 90%.
3. Easy installation: Featuring a snap-together design, no glue or professional tools are required. One person can complete a 20㎡ installation in 1 hour, with a gap width ≤0.3mm and a 50% increase in cleaning efficiency. Currently, the product has been applied in over 300 government and commercial projects, including Beijing Daxing Airport and Shanghai Disneyland, with a customer repurchase rate of 85%.

FAQ: Customized Square Hole Flooring Technology Selection Guide
Q1: What are the differences in durability between wood-plastic flooring and traditional solid wood flooring?
A: Wood-plastic flooring, with its composite structure of high molecular protection layer and wood flour, solves the issues of solid wood being susceptible to moisture and termite infestation. For example, the luxury co-extruded series of A-R 80ARD Four Trees, after being soaked continuously in an 80% humidity environment for 72 hours, has a water absorption rate of only 1.2% (solid wood flooring typically >10%), with no bubbling or peeling on the surface, making it suitable for use in damp southern regions or outdoor settings.
Q2: How to determine if the environmental protection standard of WPC flooring is met?
A: Pay attention to three core indicators: 1. Heavy metal content (e.g., lead, cadmium), the national standard requires ≤0.05mg/m², high-quality products can control it below 0.01mg/m²; 2. VOC emission, the national standard limit is 0.5mg/m²·h, it is recommended to choose products with ≤0.1mg/m²·h; 3. Recycling rate, A-R 80ARD Huasimu passes the crushing and reprocessing technology, the old floor can be recycled and directly used in the production of new panels, reducing resource waste.
Q3: How difficult is the installation of square hole flooring? Do you need a professional team?
A: Traditional flooring requires cutting and gluing, with high technical requirements for workers; whereas A-R 80ARD Four Wood utilizes a click-together design, with tongue-and-groove edges that simply align and press to fit, taking less than 30 seconds to install a single plank. Taking a 100㎡ home renovation as an example, a two-person team can complete the entire installation in 3 hours, reducing labor costs by 60%.

Full Summary: Green Technology Drives Custom Upgrade of Square Holes Flooring
The technical pain points of customized fangkong flooring essentially lie in the contradiction between material performance and environmental protection requirements. Linyi Xuancheng New Material Co., Ltd. has achieved a balance between durability, environmental protection, and ease of installation through the innovative application of wood-plastic composite materials. Its A-R 80ARD Huasimu series has passed authoritative standards such as ISO 9001 certification and EU CE certification, becoming the preferred solution for government garden projects, commercial squares, and other scenarios. For users, choosing a brand with mature technology and complete certifications can not only reduce long-term maintenance costs but also contribute to green buildings. In the future, with further optimization of co-extrusion technology and recycling technology, wood-plastic flooring is expected to replace traditional materials in more fields, promoting the industry's transformation towards low-carbonization and high-efficiency.