Assembling an indoor basketball wooden floor that meets international competition standards requires strict adherence to a series of precise technical requirements, ensuring that the floor can provide the highest level of performance for top-level athletes. The first standard that must be met is the shock absorption requirement: the floor must absorb at least a certain percentage of the impact force when a player lands, to protect the athletes from injuries. During the assembly process, every part of the elastic support system must be installed with extreme precision, and after assembly, professional testing equipment will be used to measure the shock absorption value at hundreds of points across the entire court, making sure that all the test results fall within the range specified by the international standards.

Another key standard is the vertical deformation of the floor under impact. When a heavy impact force is applied to the basketball wooden floor, the surface can only deform downwards by a very limited amount. If the deformation is too large, players will feel a spongy feeling that affects their movement speed and stability. During assembly, the spacing between the sleepers and the stiffness of the elastic pads are carefully calculated and adjusted to control the vertical deformation within the exact required range. The ball bounce performance must also meet the international standard: the rebound height of a basketball dropped from a fixed height must be at least a certain percentage of the rebound height on a solid concrete surface, and the bounce difference between different areas of the court must be very small.
The surface friction of the assembled basketball wooden floor is also strictly regulated by international standards. The friction coefficient must be within a specific range: if it is too low, players will slip when they make sudden stops, and if it is too high, their feet will get stuck on the floor when they try to move quickly, which can also cause injuries. During the final stage of assembly, the finish is applied with precise control over its thickness and texture, to achieve exactly the right level of traction. After the entire assembly process is completed, a third-party professional testing organization will conduct a full set of performance tests on the floor. Only when all the test items meet the strict standards can the basketball wooden floor be certified as suitable for hosting official international basketball competitions.