Moncler announces Grenoble collection with Dyneema composite fabric

11 November, 2020
Moncler announces Grenoble collection with Dyneema composite fabric
Moncler features announced that the autumn/winter 2020 assortment of its high end skiwear label Grenoble is to feature Dyneema composite fabric, a good high-performance fabric produced by multinational science-based company Royal DSM.

Sandro Mandrino, the head of style for Moncler Grenoble, was the brand’s first designer to include Dyneema into Moncler’s models through the Moncler Genius task, as an alternative to conventional natural cotton and polyester.

The Moncler Genius project can be an initiative where multiple designers create collections in collaboration with the manufacturer, rather than the manufacturer having one imaginative director focusing on all collections. Mandrino thought we would use Dyneema composite fabric to create his interpretation of the future of fashion, adopting variants of the textile in black and bright white to mix skiwear, space meets and technology into one part.

According to DSM, Dyneema may be the world’s strongest and lightest fibre - 15 times more powerful than steel but light enough to float in water. In fabric web form, it is available in composites, denim, knits, woven and hybrid fabric and is manufactured out of Dyneema fibres.

The fibre is stated in a patented gel spinning process in which the threads are drawn, heated, elongated, and cooled. The fabrics provide high durability, low weight, waterproof and breathable properties which permit designers to blend effectiveness with design.

Marcio Manique, global organization director of buyer and professional cover at DSM Protective Elements, said in a statement: “We are incredibly excited to be working with the Moncler staff to launch a assortment of wonderful garments that allow people to explore the outside considerably more safely and for longer periods of time.

“We anticipate further supporting Moncler as they develop impressive, high-tech garments that are as well sustainably sourced through the introduction of bio-based Dyneema fabrics.”
 Moncler has announced that the autumn/winter 2020 collection of its high end skiwear label Grenoble is usually to feature Dyneema composite fabric, a high-performance fabric produced by multinational science-based company Royal DSM.

Sandro Mandrino, the top of design for Moncler Grenoble, was the brand’s first designer to include Dyneema into Moncler’s patterns through the Moncler Genius job, as an alternative to conventional natural cotton and polyester.

The Moncler Genius project is an initiative where multiple designers create collections in collaboration with the brand, rather than the brand having one innovative director focusing on all collections. Mandrino thought we would use Dyneema composite materials to create his interpretation into the future of fashion, adopting variations of the textile in black and white to mix skiwear, space suits and technology into one part.

According to DSM, Dyneema is the world’s strongest and lightest fibre - 15 times more robust than steel but light enough to float upon water. In fabric form, it is available in composites, denim, knits, woven and hybrid fabric and is manufactured out of Dyneema fibres.

The fibre is stated in a patented gel spinning process where the threads are drawn, heated, elongated, and cooled. The fabrics provide high power, low weight, waterproof and breathable properties which permit designers to blend effectiveness with design.

Marcio Manique, global business director of client and professional safeguard at DSM Protective Products, said in a assertion: “We are extremely excited to be dealing with the Moncler crew to launch a assortment of wonderful garments that allow people to explore the outdoors more safely and for much longer periods of time.

“We anticipate further supporting Moncler as they develop progressive, high-tech garments that happen to be as well sustainably sourced through the introduction of bio-based Dyneema fabric.”

The collection is on 12 November.
Source: fashionunited.uk
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