Wooden subfloors

  • Pulastic® Elite Classic

    Pulastic® Elite Classic

    A design proven by decades of experience and millions of square metres installed. This structure is created entirely from plywood, to ensure maximum uniformity and quality. It has a minimum elevation of 68 mm and can be installed directly onto a concrete structural floor. During installation, the structure (standard up to 100 mm) is height-adjusted to achieve the required degree of levelness.

    Pulastic® Elite Classic
  • Pulastic® Elite Advanced

    Pulastic® Elite Advanced

    We have optimised the traditional area-elastic subfloor. The Elite Advanced has a minimum elevation of only 59 mm and can be installed directly onto a concrete structural floor. Here too, levelling the structure at 100 mm is standard. The fully bonded double top layer structure guarantees great uniformity and stability.

    Pulastic® Elite Advanced
  • Pulastic® Elite Comfort

    Pulastic® Elite Comfort

    Athletes using the top sports hall of the Dutch National Sports Centre Papendal, appreciate the high level of comfort offered by Pulastic Elite Comfort. This level of comfort is attributed in particular to the floor's rapid response behaviour. The fully load-bearing and uniform structure guarantees the same feel and ball bouncing behaviour across the floor. With 48 mm, its elevation is small. The fully bonded plywood boards ensure maximum stability in fluctuating climatic conditions.

    Pulastic® Elite Comfort
  • Pulastic® Elite Performance

    Pulastic® Elite Performance

    In collaboration with a foreign supplier of wooden basketball floors to professional NBA teams, we have developed a subfloor with superior performance. The EPDM rubber pads with double-cone design and autostop feature, combined with 2 layers of fully bonded high-quality plywood, guarantee superior uniformity, ball bounce, load-bearing capabilities and stability. A sturdy design for heavy-duty use, ready to take on large basketball players and grandstands.

    Pulastic® Elite Performance