Sport floor series 1002 - FIBA certified
Article: AVSE1002
Material: Solid wood Hevea
Dimensions: Thickness parquet element: 22 mm
Total thickness 83 mm.
Purpose: Competition, Training activitites
Compliance with: FIBA certified
This solution’s been specifically developed for basketball and for sports activities requiring a great ball rebound, together with an excellent elasticity and deformation to impacts.
Technical description:
• Laying of the bottom spring layer; fir battens are settled in the parallel way and have 23 mm thickness, 50 mm width, 3000-4000 mm length, with a distance between the boards of approx. 400 mm.
• 15 mm thickness neoprene rubber pads are nailed to the bottom spring layer in order to make the surface resilient and able to absorb players impact.
• Sports floor consisting of double spring layer made of fir boards with elastic neoprene elements - trapezoid shaped – and top layer made of solid pre-lacquered parquet strips 22 mm thickness.
Total thickness 83 mm.
Certifications:
• Sports parquet floor - FIBA certified
• EN 14904 Sports Flooring Certifications.
• EN 13501 Fire resistance Certificate
Made in: EU
Another sports equipment from category
Sport parquet series 2020 - FIBA
Article:AVGR1013
Made in: EU
Material: Parquet, boarder shock—absorbing underlay, damp proof membrance.
Dimensions: Thickness: 39 mm
Weight: 11,5 kg/m2
Colour: Ash nature, ash rustic, oak dark, oak nature.
Compliance with: FIBA.
Sport floor series 1001
Article:AVSE1001
Material: Solid wood Hevea
Dimensions: Thickness parquet element: 22 mm
Total thickness 37 mm.
Purpose: Training
Additional: Basic sports floor to approach solid wood; this system in particular is really simple because of its easy carrying out.
Sport floor series 1007
Article:AVSE1007
Material: Solid wood Hevea
Dimensions: Thickness parquet element: 22 mm
Total thickness 61 mm.
Purpose: Competition, Training activitites
Compliance with: FIBA certified
Parquet floor for multipurpose gyms, a very robust solution, the double layer plywood is a guarantee of stability and durability.
