160 g/m² Glass fabric Bidiagonal | HP-B160E
160 g/m² Glass fabric Bidiagonal | HP-B160E
Construction: Bidiagonal +/-45°
** Because of very low fiber weight each layer, sometimes gaps are possible. Such gaps are not a quality defect.**
Areas of application:
Weight: 160 g/m²
Width: 127 cm
Width: 127 cm
Fibre orientation:
| +45°: | 76 g/m² (68 Tex E-Glass) |
| -45°: | 76 g/m² (68 Tex E-Glass) |
| Stitching /-type: | 6 g/m² (PES) / pillar |
| Total areal weight: | 160 g/m² |
** Because of very low fiber weight each layer, sometimes gaps are possible. Such gaps are not a quality defect.**
Areas of application:
Modelling, sport equipment making, ship and boat construction, aircraft construction, motor sport, ...
Calculated data for hand laminate with 35 volume percent fibres:
Resin consumption: 131 g/m²
Laminate thickness: 0,18 mm
Laminate weight: 291 g/m²
► Laminate calculator
Here you can calculate specific values for your application.
Delivery notes for this product:
Standard role length: 63,5 m² / From 64 m² then the total quantity are on minimum 2 roles.
Resin consumption: 131 g/m²
Laminate thickness: 0,18 mm
Laminate weight: 291 g/m²
► Laminate calculator
Here you can calculate specific values for your application.
Delivery notes for this product:Standard role length: 63,5 m² / From 64 m² then the total quantity are on minimum 2 roles.
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 Glass fabrics:
Bidiagonal
|
|
Product Safety (GPSR):
Here you will find information for the safe use of Glass fibres:
Product information for safe handling (PDF)
Here you will find information for the safe use of Glass fibres:
Product information for safe handling (PDF)
