Biaxial fleXGlass BX 220 gr/m - 127cm width

Biaxial fleXGlass BX 220 gr/m - 127 cm width (price per meter - choose needed quantity).

Not an alternative fabric but a NEW surfboard standard production !

  - fleX GLASS fiberglass has all fiber strenght crossing your board at 45° : a strongest standard production improved for long time for snowboards, skis, race boats, wind blades...

- our non crimp fabric has ultimate in dynamic flex / reflex : load your board in a turn and rebound 100% of your energy.

- all fibers run like an X from rail to rail, not top to bottom. Rails are 100% connected, your board is one integrated system offering performance and rail-to-rail advantages.

- PU & EPS surfboards will never be the same... a NEW standard !

Give your surfboard more control, more flex and more strenght !

- MORE CONTROL : all fibers run like an crisscrossing your board frontside and backside. More fibers are engineered running foot to rail, covering a larger area forbetter torsional control. This maximizes rail-to-rail control.

- BETTER FLEX RESPONSE : with fleXglass there are no fibers running tip to tail giving the board more flexibility and better flex response through the length of the board.

- INCREASED STRENGHT ! : no-Crimp fibers provide higher strength to weight ratio because each individual fiber stays straight. FleXglass starts flat and stays flat.Unlike traditional fiberglass, fleXglass lays flat without weaving. Because there is no weave, the fibers are not forced to compress and flatten.

Advises for use :

- polyurethane foam shortboard including stringer : 1 layer of fleXglass (220 gr) and 1 layer of fleXglass (220 gr) on bottom

- eps foam with no stringer : 2 layers of fleXglass (220 gr) and 2 layers of fleXglass (220 gr) on bottom

- stronger or bigger surfboards made with polyurethane foam and including stringer : 1 layer of fleXglass (220 gr) + 1 layer Hexcel 471 (206 gr) on deck - 1 layer of fleXglass (220 gr) on bottom.

What ever your choice flexGlass biaxial fiber should ever be laminate as first layer directly in contact with the foam.