Descubra as ideias de especialistas e as tendências do sector sobre as últimas novidades em materiais de construção.

    Sports Flooring with Dual Guarantees of Material Adaptation and Function Upgrade

    Dezembro 5, 2025

Solid Wood Material: Core Choice for Professional Venues, Balancing Performance and Experience

In professional competition venues for highly competitive sports such as basketball and volleyball, solid wood sports flooring remain the mainstream choice. Their core advantage stems from the high compatibility between the physical properties of natural wood and sports needs. High-quality solid wood sports flooring mostly adopt hardwood species, with a density controlled between 0.65-0.85g/cm³, which not only ensures sufficient hardness to resist friction and impact from sports shoes, but also has moderate elasticity to reduce joint injuries of athletes. From the perspective of structural design, the multi-layer solid wood composite structure stabilizes the moisture content at 8%-12% through crisscross wooden layer splicing, effectively solving the problem of deformation of pure solid wood due to temperature and humidity changes.This allows the sport floor to maintain flatness both in the dry winter in northern regions and the humid summer in southern regions. In addition, the surface of solid wood is treated with a matte wear-resistant coating, and the friction coefficient is maintained in the optimal range of 0.4-0.6, which not only prevents athletes from slipping during sudden stops, but also does not increase sports resistance due to excessive friction. This performance balance is exactly the core requirement of professional competitions for sports flooring.

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Material: Cost-Effective Choice for Public Sports Scenarios, Balancing Practicality and Durability

In public sports scenarios such as gyms and school playgrounds, PVC sports flooring occupy an important position due to their outstanding cost-effectiveness and adaptability, and their material properties determine their wide application value. PVC sports flooring form a 3-5mm thick wear-resistant layer through the scientific proportioning of polyvinyl chloride resin and plasticizers, with a wear-resistant rotation number of more than 4000 revolutions, which is sufficient to withstand long-term rolling of fitness equipment such as treadmills and spinning bikes. More importantly, the waterproof and moisture-proof properties of PVC materials enable them to adapt to semi-open venues. Even if there is a small amount of water accumulation on the ground, there will be no bulging and deformation. Daily cleaning only requires wiping with a damp cloth, and the maintenance cost is more than 60% lower than that of solid wood sports flooring.

Rubber Material: Exclusive Adaptation for Outdoor and Special Scenarios, Focusing on Safety and Stability

For children’s scenarios, the elastic buffer performance of rubber sports flooring is particularly critical. Their compression rebound rate exceeds 70%, which can effectively absorb the impact force when children fall and reduce the risk of bone injuries. In addition, the sound insulation effect of rubber materials is significant. When laid in indoor gymnasiums, it can reduce sports noise by 15-20 decibels, avoiding interference to the surrounding environment. This characteristic of “full-scenario adaptation + high safety guarantee” makes rubber sports flooring a rigid demand choice for special scenarios.

Core Functions: Impact Absorption and Vibration Control, Safeguarding Sports Safety

Regardless of the material, impact absorption and vibration control are the core functional indicators of sports flooring, which are directly related to the sports safety and health of athletes. According to the international standards for sports venue facilities, qualified sports flooring should have an impact absorption rate of 20%-50%, that is, they can absorb about 50% of the impact force during sports, reducing the load on the knee and ankle joints. This function is realized through the elasticity of the material itself and structural design. For example, the keel elastic layer of solid wood sports flooring and the foamed layer of PVC sports flooring can deform when impacted and then rebound quickly, forming a complete mechanism of “buffer-protection-reset”. At the same time, the vibration control function can prevent the vibration generated by sports impact from spreading. For example, when a basketball player jumps and lands, the sport floor can control the vibration range within 1.5 meters, preventing interference to athletes in adjacent areas. Data shows that sports flooring with qualified functions can reduce the sports injury rate of athletes by more than 30%, which is also the core reason why functional indicators take priority over appearance design in the construction of sports venues.

Environmental Protection and Durability: Invisible Rigid Demand for Material Upgrade, Conforming to Industry Development Trends

With the deepening of the concept of green development, the environmental protection and durability of sports flooring have become important considerations in material selection. In terms of environmental protection indicators, high-quality sports flooring must meet the standard of formaldehyde emission ≤ 0.124mg/m³. Solid wood sports flooring use plant-based environmental protection paints, while PVC and rubber sports flooring use heavy metal-free additives to avoid the volatilization of harmful substances affecting health during sports. In terms of durability, through material improvement and process upgrading, the service life of mainstream sports flooring has been significantly improved: professional solid wood sports flooring can have a service life of 15-20 years through surface carbonization treatment; PVC sports flooring have an extended service life of 8-12 years by strengthening the wear-resistant layer; rubber sports flooring, relying on their anti-aging properties, can even have a service life of more than 20 years. This dual upgrade of “environmental protection+durability” not only reduces the renovation cost of sports venues, but also conforms to the sustainable development needs of the sports industry, becoming an important direction for the material innovation of sports flooring.

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