The Woolmark Company has introduced the ‘Filter by Fabric’ project to address the confusion around fabric descriptors in the garment industry. The growing problem of confusing product titles that frequently leave consumers perplexed is addressed by this campaign.
According to a recent YouGov study, consumers find it difficult to identify the real fibers in garments when they use ambiguous phrases like “silky,” “mesh,” and “fleece,” especially when synthetic materials imitate natural ones. According to the poll, a startling 77% of consumers think clothing companies should fully disclose the fabric composition of their products, a key detail that is frequently hidden or misrepresented.
The Woolmark Company’s ‘Filter by Fabric’ campaign urges fashion designers, retailers, publishers, and content producers to commit to honest and straightforward product names that appropriately represent fabric composition to empower consumers. In addition to providing shoppers with essential information, this effort encourages responsibility and openness within the fashion industry.
The campaign promotes ethical business practices and gives consumers the tools they need to make sustainable decisions. The advertisement emphasizes the influence of fabrics and promotes conscious consumption by advising customers to ‘Filter by Fabric’ while making purchases.
According to the same study, 60% of respondents said it would be simpler for them to make sustainable decisions if retailers gave fabric information in product names or let customers filter products based on fabric composition.
The Woolmark Company’s managing director, John Roberts, emphasized the value of open communication by saying, “We need to communicate the composition of fossil fuel-derived fabrics to prevent consumer deception.”
Numerous fashion companies, designers, and organizations have endorsed the cause, including Benetton, Cubus, Reformation, Saul Nash, Lagos Space Program, Teatum Jones, Dagsmejan, Maggie Marilyn, Haydenshapes, Albus Lumen, Plastic Soup Foundation, and Variant 3D.
