basalt fiber triaxial fabric

【product description】
Tri-axial fabrics are a three layer construction fabric, there are two styles in tri-axial one has a fiber orientation of (+45°/90°/-45°) and the other has a fiber orientation of (0°/+45°/-45°). Tri-axial fabrics are used for high strength application and this fabric can be produced with the maximum density of 3000 gsm.
This fabric gives the builder the ability to control the amount of fibre concentration in the areas requiring it. The 0° or 90° fibres add strength across the hull with the 45° fibres adding additional cross bracing and torsional stability.
This three layer fabric has Basfiber® rovings laid down parallel in the - 45°, + 45° and 0° or 90° axis. The 0° or 90° axis generally contains approximately 30 % of the fibre content, but is also available with 50 % of fibre content in this direction. Lightweight stitching holds these fibres together and parallel in each layer. This stitching is non-structural.

【Product Features】
*Strong impact protection – will not shatter like carbon fibre.
*Naturally UV resistant.
*Maintains its physical integrity in stressful situations.
*Similar flex to Fibreglass performance.
*The high tensile strength and excellent acid and alkali resistance, along with the non-magnetic and non-conductive characteristics make it suitable for most composite projects.
*Basalt is also non-combustible and offers good thermal protection making it suitable for many insulation and high temperature applications. 
【Product Application】
Used in bridge construction, wind turbine blades, boats, automobiles, sports equipment and other fields. Basalt Fabrics for high-performance applications from construction to clothing.
Basalt fibre is suitable for a wide range of applications such as automotive, aviation, construction, electromagnetic shields, high temperature seals and curtains. Such as:
•Fiber-reinforced composite materials, friction materials.
•Shipbuilding materials,aerospace, insulation materials.
•Automotive industry,high temperature filtration fabrics, etc.
• Fire curtains for fire protection and containment.
• Wall laminate to enhance burn-through times to meet building codes and regulations.
• Filtration material for industrial emission stacks and bag-houses.
• Roof protection from fire devastation.
• Fireproof clothing.
• Reinforcement in composites.
• Electromagnetic shields.