Biaxial structure fiberglass flow mat is a stitch bonded composite reinforcement fabric containing a PP layer inside the fabric. The fabric consists of 4 layers: a PP non-woven layer in the middle, and chopped strands on one side of the PP layer, and roving in 0 and 90 degree on the other side.
It comes from a combination of the flow medium of the core and the Biaxial structure. It is assembled in a single stitching process. It is designed for the production of composite parts that require a structural element, while at the same time optimizing the resin flow. In particular, it may be used in wind turbine nacelles, bus roofs, and other industrial parts.
It Improves the mechanical properties of the parts (in terms of torsion, tensile strength, and compression) by the addition of the biaxial. A biaxial provides better mechanical performance than a fabric. (As there is no take-up, there is less resin between the fibers. )
Enables improvement of the surface aspect and chemical resistance due to the addition of a veil.Technical Data: Id | Layer | Unit | 1 | 2 | 3 | 4 | Stitching |
2.1 | Fibre orientation | Degrees | 0 | 90 | Non-woven | CS | |
2.2 | Nominal area weight | g/m² | 300±5% | 300±5% | 180±5% | 600±5% | 10 |
2.3 | Roving/yarn weight | tex | 1200±60 | 1200 ± 60 | - | 33 subtex | 150 dtex |
2.5 | Av. filament diameter | um | 17 | 17 | - | 13 | Polyester(textured) |
2.6 | Roving type | - | Direct roving | Direct roving | - | Assembled roving | |
2.7 | Resin compatibility | | UP, VE | UP, VE | | UP, VE | |
2.8 | Stitching type | | | | | | Tricot, chain |
2.9 | Space between needles | | | | | | Gauge 7 |
2.10 | Stitching length | | | | | | 4.0mm |
Packing & Storage:Each roll covering by polyethylene plastic bag,then placed into carton and set on pallet,or set on pallet directly.
The pallet shall no be higher than 2 layers.
Product shall be placed under dryness condition and shall no be open the covering membrane until applying.
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