

Dyneema® Composite Fabric, CT5K.18, 50g/sqm
€41.90/meter
incl. 19 % VAT plus
Please select your variant:
When folding the laminate into a carton it will get permanent folding marks that don't affect the technical properties. If you wish to receive the material without folding marks, please choose "shipping on the roll" during checkout.
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Product information
Dyneema® Composite Fabric, CT5K.18, 50g/sqm
The naming of Dyneema® Composites received an update. This article is equivalent to our former "Dyneema® Composite Fabric CT5K.18, 50g/sqm".
Dyneema® Composite Fabric is a performance laminate, that was originally invented for high-end cruising sails. The concept is well known in the sailing-industry: Strong fibers are being laminated between two carriers. What makes Dyneema® Composite Fabric special are the ultra-strong Dyneema®-fibres that are used. Dyneema® combines extremely high tear-strength with ultralight weight. Not without reason it is called "The world's strongest fiber"! Due to the unique properties of the fibers, Dyneema® Composite Fabric is far more tear-resistant than other fabrics of the same weight, it is highly waterproof, doesn't stretch, is resistant to folding, doesn't soak water, is UV- and chemical-resistant. The application range is determined by the amount of Dyneema®-fibers and various carrier materials that are used. The standard Dyneema® Composite Fabrics have a smooth Polyester-film on each side that makes it highly waterproof and can be easily glued. Dyneema® Composite Hybrid widens the application range by using additional layers of woven fabrics to opti-mize it for backpacks or bags.
The Dyneema® Composite Fabric 1.6 has a strong, transparent film on the inside and on the outside and a high percentage of Dyneema®-threads inbetween. With it's weight of 53g/sqm and it's thicker film it is the most tear resistant and durable Dyneema® Composite Fabric grade. It is a perfect choice for ultralight backpacks, bags, stuffsacks or for reinforcements.
Dyneema® fiber from bio-circular feedstock is used for this article. In Dyneema® fiber from bio-circular feedstock, residues from the wood and pulp industry are mixed with fossil raw materials during the manufacturing process. Due to the proportion of renewable raw materials, the ethylene produced has a significantly better CO2 balance than conventional HMPE. The technical properties of Dyneema® fiber from bio-circular feedstock are identical to conventional Dyneema®. Dyneema® fiber from bio-circular feedstock is ISCC-certified.
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