Harlequin WoodSpring - Engineered Wood Top Surface - Dance and Performance Floor

WoodSpring basket weave sprung floating dance floor with engineered wood surface.

Application

Ballet, contemporary, modern and theatrical use, aerobics, zumba, hip-hop, jazz, street, salsa, percussive including flamenco, Irish and tap, multi-purpose use, concerts and for operatic performances.

Description

Harlequin WoodSpring is a permanently installed sprung floor system. It is a modern update of the traditional 'basket weave' construction. It is a counterbatten configuration comprising at least three layers of highly flexible softwood battens, arranged at right angles.

The intermediate layer acts as a spring to the top layer, which is laid at the centre of the span formed by the intermediate layer over the bottom layer. Theoretically, the more intermediate layers incorporated in a basket weave floor the more flexible it becomes.

In the Harlequin WoodSpring system, shock absorption and energy return are enhanced by pads attached to the underside of the bottom layer. Onto this structure are installed two layers of flexible panels (typically plywood), which support the Harlequin dance floor.

Different surface options to consider:

• Engineered wood top surface in beech, oak or maple, for specifiers who need a hardwood surface for multi-purpose use, including traffic by the general public, full stage entertainment, ballroom dance or even for designers obliged to match existing décor.
• Engineered board with a hardwood wear layer - in beech, oak or maple.

General:

• Finish: Engineered board, recommended 14 mm.
• Top layer: Oak, Beech, Maple.
• Lower layers: Triple layer of custom machined southern yellow pine and dual density shock dampening elastomer blocks.
• Total thickness: 82 mm without the Harlequin performance surface.
• Theatre Stage Blanket Load: 5.0 kN/m² (509 kg/m²).
• Theatre Stage Concentrated Load: 3.6 kN/m² (367 kg/m²).

Tested in accordance with EN 14904-2006:

• Shock absorption: 64%.
• Vertical deformation: 3.3 mm.
• Area deflection: 14.9%.
• Rolling load: >1500 N.