Tissu hybride fibre de verre e-glass + Nylextra + Basalt - 140gr/m - 4,1oz - largeur 76cm

Tissu hybride fibre de verre e-glass + Nylextra + Basalt  - 140gr/m - 4,1oz - largeur 76cm (prix au mètre - choisissez la longueur nécessaire)

Nylextra Hybrid Basalt

This ultra new, high quality product is the ultimate in cloth strength for your next surfboard.  The fibreglass is a mix of:

• 4oz quality fibreglass
• Basalt fibre
• Nylextra fibre
   

The Australian made cloth has Nylextra fibre running vertically (length ways) through the direct size E cloth which helps minimise shattering and strengthens against impacts on the board. The Basalt fibre has been strategically placed in between the Nylextra fibre to complement the performance.

• Width 760 mm (30 inch) and 685mm (27 inch)
• Can be used with Epoxy and Polyester resins        
                             

So, what is in Nylextra Hybrid Basalt?
 

Nylextra Hybrid fibre consists of a special blend of yarns, which is made from some of the toughest and most durable man made polymers, it has very high tensile and tear strength even at low fabric weights.

Features

• Little weight gain in a strength to weight ratio
• Toughness/hardness/impact strength is increased of the outer skin
• Easy to wet out with resin
   

Basalt Fibre
Basalt is a hard dense volcanic rock.  It’s an igneous rock formed through the rapid cooling and solidification of lava.  Basalt fibre is produced in a continuous process using crushed basalt rock, the only raw material required for its manufacture.   It provides a middle ground between glass and carbon. 

Features

• Strong impact protection – will not shatter like carbon fibre
• Naturally UV resistant
• Maintains its physical integrity in stressful situations
• High tensile strength
• Similar flex to Fibreglass performance
   

4oz Fibreglass
we use is high tensile clear yarn which is the correct size, meaning the fabrics need no further heat cleaning or treatment with a coupling agent. These additional treatments usually result in a 50% reduction in tensile strength which, in turn, transfers to a reduction in composite mechanical properties.

Features

• Reduction of deposits and fuzz
• Improved process-ability
• Lower friction coefficient
• Easier impregnation with resins