◎ Increased strength, reduced product weight and better surface finish;
◎ Orientated unidirectional layers are structurally more efficient;
◎ Quicker to wet-out than woven fabrics;
◎ Available in very heavy weights allowing faster deposition rates;
◎ Binderless CSM can be added to further cut down on lay-up time and increase speed of wet-out;
Fiberglass multiaxial fabrics is a non-crimped, multi-axial and multi-layered reinforcement material. The number of layers, axial direction, grammage, and specific fiber weight of each layer vary depending on the application itself. Each layer is stitched with polyester yarn. Such fabrics can be manufactured by using different combinations of directions (0°, 90°, +45°, -45°), or by stitching with non-woven materials such as chopped fibers or thin mats.
Product No. | Overall Density (g/m2) | 0° Roving Density (g/m2) | +45° Roving Density (g/m2) | 90° Roving Density (g/m2) | -45°Roving Density (g/m2) | Polyester Yarn Density (g/m2) |
QX-E600 | 601.4 | 144.7 | 150.4 | 150 | 150.4 | 6 |
QX-E800 | 823.8 | 216 | 200.5 | 200.8 | 200.5 | 6 |
QX-E1000 | 954 | 216 | 248 | 236 | 248 | 6 |
QX-E1150 | 1178.7 | 294 | 300.6 | 283.5 | 300.6 | 6 |
QX-E1200 | 1201.2 | 294 | 300.6 | 3o0 | 300.6 | 7 |
QX-E1600 | 1620 | 434 | 308 | 564 | 308 | 7 |
It is used for such products include wind energy, marine/shipbuilding, fiberglass moulds, pultruded profiles, automotive, aerospace, defense, and more.