Crewneck Sweatshirt in Linen and Viscose Satin

Crew neck sweatshirt made of a viscose and linen blend satin with cotton raglan sleeves, finished with asymmetrical ribbed cuffs. This comfortable-fit garment combines style and practicality.

48% Cotton / 39% Viscose / 12% Linen / 1% Elastane

Cotton is obtained from the flower of the cotton plant, specifically from the fluff around the seed, also called cotton wool. It is pleasant to wear, healthy, hypoallergenic and biodegradable. It is a soft fibre, well tolerated by sensitive skin and therefore the most recommended for clothing. Breathable. With cotton fabrics, the skin breathes and sweat can be evacuated through perspiration.

Viscose is a fiber obtained from the wood pulp of beech trees. It is a cellulose yarn that imitates the softness and shine of fine silk fibres, it was born precisely with the name of vegetable silk, because it was created by man specifically to emulate the softness characteristics of natural silk. Viscose is a very wear-resistant and biodegradable fabric and absorbs colors very well, which appear brighter than classic cotton fabrics. Viscose fabric has greater moisture absorption properties than any synthetic textile fibre. Preventing the formation of bacteria and the growth of dust mites. Viscose fabric can often be classified as hypoallergenic and thanks to this property it is very suitable for clothing.

Linen is a cellulosic fiber derived from the stem of the flax plant. Linen fibers are much stronger and brighter than other textile fibres, producing fresh and absorbent fabrics. It is still grown naturally and is eco-sustainable and completely recyclable and biodegradable. The fiber has a shiny appearance, and it presents a cold and slippery hand. Linen is hygroscopic, therefore it removes humidity quickly. This fabric also has healing characteristics. For example, it blocks the development of bacteria that cause an unpleasant odor on the skin and minimizes the risk of skin diseases caused by increased sweating and has absolutely no risk of developing allergies.