Type of gym sports floor:
One, according to the keel structure.
(1) Single-keel gym sports floor The single-keel sports wooden floor system is a system evolved from the double-wood keel system. The system is certified by German DIN and maintains a fixed suspended motion wooden floor system with and continuous elasticity, but also saves costs. The single keel system is currently the most used system in domestic stadiums. (2) Double keel stadium sports floor Double keel is a floating wooden floor structure, which is not only durable, but also full of elasticity, and its sports performance fully meets the requirements of DIN standards. There is an elastic pad between the intersections of the upper and lower keels, which not only solves the problem that the keels are prone to sound when they are in direct contact, but also has good sports performance. Solid wood material is the main material, auxiliary keel (double keel). It is the world's most advanced fully vertically laminated anti-deformation structure, which greatly improves the bending and shear properties of wood, and improves the elastic modulus of wood. It is very suitable for professional games such as basketball and volleyball.
Sports wood floor structure
Second, according to the laminate structure.
(1) Double-layer plywood keel system The gymnasium sports floor double-layer plywood keel system is one of the FIBA certification systems that have passed the German DIN certification and the NBA basketball league. The double plywood keel system is also a high performance system. Fixed sports wood flooring systems have high shock absorption and consistency, good environmental adaptability, and relatively low cost.
(2) Double-layer wide board system The gymnasium sports floor double-layer wide board system is also one of the systems certified by FIBA and German DIN. The most prominent feature is that it can control the overall deformation, isolate the deformation of the individual athletes to the regional field, so that the system does not interfere with the shock absorption effect of each athlete present.
