Permanent Floating Systems
BI-POWER™ SLEEPER
Free-floating resilient sports floor designed for multi-purpose use. Good resiliency and shock absorbance for reliable performance.
Designed for multi-purpose use and suitable for all types of facilities and for players of all ages providing not only a multi-functional sports floor but also at competitive budgets. The structural sub-floor treated sleepers provide the necessary support and space allowing suitable air circulation and ventilation for added dimensional stability and long-term durability. It is also the preferred sports floor for squash and racquetball play.
BI-POWER™ SLEEPER MODIFIED
Free-floating resilient sports floor system designed for multi-purpose use as well as professional sports use.
Designed for multi-purpose use as well as heavier duty sports activities at different levels of competition. The system achieves excellent resiliency, comfort, shock absorption, reduction of dead-spots and higher performance. The combination of sleeper and plywood sub-floor system provides the strength to support evenly heavier load distribution including bleachers and other gym equipment.
BI-POWER™ PANEL
Free-floating resilient sports floor system designed for all levels of sport. Offers uniformity in shock absorption and weight distribution.
Designed for all levels of sports from amateur to professional levels providing exceptional resiliency, impact resistance, and high performance. The double plywood panel system offers greater uniformity expected in a sports floor for shock absorption, vertical deformation, ball bounce, and weight distribution.
BI-POWER™ D.B. (Double Batten) SLEEPER MODIFIED SYSTEM
Free-floating resilient sports floor system designed for multi-purpose use as well as professional sports use.
Specially designed for multi-purpose and heavy use indoor activities and allows a greater natural air flow-circulation and stabilization of the wooden structure. The combination of Double-Sleepers and Plywood sub-floor system provides superior strength and is structurally sound to support heavier load distributions while maintaining good resiliency, comfort, shock absorption, ball bounce, and minimizing dead-spots throughout the floor.