400 g/m² Bidiagonal carbon fabric 50K HT-Fibre | SP-B400C
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400 g/m² Bidiagonal carbon fabric 50K HT-Fibre | SP-B400C
Special items from large industrial production / 1A goods – not second choice.
Areas of application:
Construction: Bidiagonal +/-45°
Weight: 400 g/m²
Width: 127 cm
Made of: HT-Fibre 50K
Weight: 400 g/m²
Width: 127 cm
Made of: HT-Fibre 50K
Fibre orientation:
| +45°: | 200 g/m² (HT-Fibre 50K) |
| -45°: | 200 g/m² (HT-Fibre 50K) |
| Glass fibre mesh: | 9 g/m² |
| Stitching /-type: | 5 g/m² (PES) / Pillar |
| Total areal weight: | 414 g/m² |
Areas of application:
Wind energy, sports equipment manufacturing, shipbuilding and boat building, motor sports, aircraft manufacturing ...
Calculated data for hand laminate with 40 volume percent fibres:
Resin consumption: 400 g/m²
Laminate thickness: 0,58 mm
Laminate weight: 814 g/m²
► Laminate calculator
Here you can calculate specific values for your application.
Delivery notes for this product:
The running lengths of the rolls vary! It is therefore possible that an item of 10m² or more consists of several rolls.
Resin consumption: 400 g/m²
Laminate thickness: 0,58 mm
Laminate weight: 814 g/m²
► Laminate calculator
Here you can calculate specific values for your application.
Delivery notes for this product:The running lengths of the rolls vary! It is therefore possible that an item of 10m² or more consists of several rolls.
Working Notes:
In this instruction you will find tips & tricks for epoxy resins and fabrics in boatbuilding:
Boatbuilding (PDF)
further working notes you will find here
Decision guidance for Epoxy Resins:
Overview Epoxy Resins (PDF)
Working Notes:
Here you can calculate specific values for different fibers, resins and processes:
Laminate Calculator
Characteristics of bidiagonal Carbonfabrics:
Bidiagonal
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