Types of Indoor Sports Flooring

Common types of indoor sports flooring can be categorized by material and structure as follows. Different types are suitable for varied sports scenarios:
1. Professional Sports Wood Flooring
Made mainly of natural wood, its surface layers mostly adopt hardwood species such as maple and oak. Combined with cushioning structures of keels and subboards, it offers excellent elasticity and foot feel, effectively relieving joint pressure for athletes. It is applied to highstandard competition venues including professional basketball gymnasiums and volleyball halls.
According to surfaceboard grades, it is subdivided into Grade A, Grade B and Grade C, corresponding to professional competitions, daily training and lowfrequency multipurpose scenarios respectively.
2. PVC Sports Flooring
Primarily composed of polyvinyl chloride. It features light weight, easy installation and maintenance, as well as outstanding wear resistance, antislip performance and antibacterial properties. Customizable colors and patterns are available. It is widely used in gyms, dance studios, tabletennis halls and other indoor sports venues.
3. Rubber Sports Flooring
Manufactured from natural or synthetic rubber. It delivers superior elasticity, sound insulation and shockabsorbing performance, along with acidalkali and corrosion resistance. It can greatly cushion impact from heavy fitness equipment falling onto the ground, making it ideal for strengthtraining zones in gyms and indoor children’s sports venues.
4. Interlocking Suspended Sports Flooring
A type of artificialmaterial sports flooring. It enables fast assembly and disassembly with simple maintenance and rich color options. It is designated indoor sports flooring by certain official organizations and widely adopted in indoor courts and school sports venues.
5. Polyurethane (Acrylic) Sports Surface
A syntheticmaterial surface layer suitable for highintensity sports. Complying with relevant standards, it is mostly used for professional indoor sports venues with high requirements on ground strength.