Luisa Kahlfeldt's Reusable Cloth Diapers are Made with SeaCell
Laura McQuarrie — October 21, 2019 — Eco
References: luisakahlfeldt & dezeen
Plenty of parents make it a priority to purchase reusable cloth diapers and the Sumo style by Luisa Kahlfeldt is even more eco-friendly than most. The innovative design is made with SeaCell, a fabric made with the fibres of seaweed and eucalyptus—which means that the material is naturally antibacterial and better for a young child's skin.
The design represents an alternative to single-use diapers and is comprised of three layers: a soft, absorbent inner, an absorbent core and a waterproof, leak-proof outer. With technology from Swiss textile company Schoeller, the diapers remain waterproof without compromising their ability to be washed, biodegraded or recycled.
To ensure a comfortable fit, the reusable cloth diapers were crafted to give them a natural stretch.
The inventive design of the Sumo diapers won the Swiss James Dyson Award.
The design represents an alternative to single-use diapers and is comprised of three layers: a soft, absorbent inner, an absorbent core and a waterproof, leak-proof outer. With technology from Swiss textile company Schoeller, the diapers remain waterproof without compromising their ability to be washed, biodegraded or recycled.
To ensure a comfortable fit, the reusable cloth diapers were crafted to give them a natural stretch.
The inventive design of the Sumo diapers won the Swiss James Dyson Award.
Trend Themes
1. Sustainable Cloth Diapers - Development of eco-friendly reusable cloth diapers made from innovative materials.
2. Seaweed-based Fabrics - Innovations in using seaweed-derived materials for the clothing and textile industries.
3. Antibacterial Materials - Research and development of naturally antibacterial materials for various applications.
Industry Implications
1. Textile Manufacturing - Utilizing sustainable and eco-friendly materials in textile production.
2. Baby Products - Manufacturing of innovative, eco-friendly baby products.
3. Medical Devices - Improving materials used in medical devices through natural antibacterial properties.
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