GASHA UHMWPE is a 3D multilayer technical fabric woven using ultra-high tenacity technical fiber (> 36 dtex) with our patented 3D weave architecture, engineered to optimize shock and impact absorption in both flat and shaped configurations.
If you have a development or R&D project, feel free to contact us to get a preferred rate (30% off our fabric prices).
This fabric integrates as is into your products and requires no protection.
Perfectly accepts resins and silicone.
With better flexibility, the GASHA UHMWPE fabric is perfectly formable without any loss of performance
Cheaper than aramid while offering better toughness
The UHMWPE fiber has a density lower than 1, resulting in about 20% less mass at equal performance compared to aramid.
With less abrasive fibers, the GASHA UHMWPE fabric offers excellent bi-directional flexibility
With superior toughness to aramid, UHMWPE is particularly effective for ballistic protection
UHMWPE is not sensitive to UV and moisture, so the fabric does not need to be protected.
UHMWPE is not sensitive to UV and moisture, so the fabric does not need to be protected.
Perfect bi-directional draping without cutting or sewing. Complete preservation of mechanical performance.
Excellent flexibility and morphological adaptability, while providing a level of protection equivalent to 2D/UD fabrics.
Guaranteed and consistent performance from -40 °C to +80 °C without structural alteration.
Inter-layer cohesion increased by 5 times thanks to 3D binding threads, ensuring maximum integrity after impact.
100% recyclable through purely physical mechanical shredding, without any chemical additives.
Superior energy dissipation (+25% of active threads at impact compared to traditional 2D weavings).
3D volumetric structure designed to capture and retain debris and fragments at the core of the fabric.
Property | Result |
|---|---|
Surface mass | In progress |
Thickness | In progress |
| Longitudinal tensile strength (NF EN ISO 13934-1) | In progress |
| Transverse tensile strength (NF EN ISO 13934-1) | In progress |
Flexibility test | In progress |
Mechanical tests | In progress |
