TEENO Sommier 160x200 avec 9 Pieds Lit Beige cm Tapissier Adaptable pour Repos/Travail à Domicile Idéal Chambre Master

Ce produit est certifié Oeko-Tex. Ce label garantit l’absence de substances nocives pour la santé ou la peau dans les textiles utilisés grâce à des contrôles et tests en laboratoire. En le choisissant vous contribuez à réduire la pollution des eaux et à protéger ceux qui le fabriquent. 1. Sleeping size: Matelas 140 x 200 x 30 cm the TEENO mattress is designed with high resilience and high-density foam to offer optimal support rich in high-density polyurethane foam with a density of kgm3 and 1 cm of memory foam 7 zone mattress. It can conform to your body shape and distribute pressure evenly so you can enjoy a full night of comfort regardless of your position Sleep. 2. Optimal breathability and hypoallergenic: the Matelas140 x 200 is made from certified materials and does not contain harmful substances such as formaldehyde mercury and other heavy metals. The coated fabric on the surface of the mattress promotes air circulation and the three-dimensional stripes on the side bands are also highly breathable extending the durability of the mattress and improving the quality of sleep. 3. Antibacterial coating: The outer cover of the terry mattress is made of 210 g/m2 stretch fabric which can play an antibacterial role. When using the mattress you can also wipe it frequently with a damp cloth and expose it to the sun. more which will make the bed softer. The pads will be better maintained. 4. Certifications and standards: In order to guarantee the quality of the mattresses and the quality of the materials of manufacture the mattresses we offer have passed the most important regulatory certifications and controls in the textile industry guaranteeing quality and safety: Oeko-tex Trusted Textile Certificate Quality System ISO 9001 certified. 5. SAFE TRANSPORTATION - The mattress is vacuum compressed for easy transport and handling. When you open the package you need to wait 48-72 hours before you can fully return to its original height.