Categories: Other

SGS partners with Jeanologia to launch Light Sensitive fabric test

SGS, a testing, inspection, and certification company, has partnered with Jeanologia, a technology developer, to create a new service for fashion retailers, producers, and brand owners wanting to reduce the environmental effect of denim textile production.

SGS offers a special service called the Advanced Light Sensitive Fabric Test, which employs ground-breaking technology created by Jeanologia. SGS is reacting to the rising usage of laser technology to substantially decrease the industry’s environmental impact and increase efficiency by expanding its worldwide textile testing capacity with Advanced Light Sensitive Fabric Test.

Laser marking minimizes both water use and the use of harmful and chemical compounds greatly. Furthermore, it increases efficiency through lower costs and more uniform finishes in the ultimate product.

SGS’s Advanced Light Sensitive Test analyzes the appropriateness of denim textiles for laser marking based on their light sensitivity and delivers an objective score of fabric quality via the worldwide Advanced Light Sensitive 100 mark system. It accurately measures how a denim fabric reacts to laser processing and which textiles are most suited to generating trendy finishes (natural and antique) with a low environmental effect.

Yvonne Tse, Vice President, Global Softlines said that they’re happy to announce this service that promotes the sustainable creation of fashion fabrics. They are witnessing how laser marking is altering the business by drastically lowering water waste and the usage of harmful chemicals during production. To those firms aiming to adopt more environmentally friendly technologies, the Advanced Light Sensitive test can be a critical step in the process.

Jeanologia, established in Spain, develops innovative technologies for the textile industry.

Enrique Silla, CEO at Jeanologia, said their objective is to alter the sector and make it more ethical, ecoefficient, and sustainable. To do this, they must not only modify the sourcing paradigm, but also implement new methods and techniques for analysis and standardization. All stakeholders must be pulling in the same direction.

Recent Posts

Carbios validates enzymatic recycling for industrial applications

Biotechnology company Carbios has successfully demonstrated the use of its enzymatic biorecycling technology for textile-to-textile recycling.

2 hours ago

Researchers develop shrink-resistant ‘Super Silk’

Researchers have developed “super silk” by modifying the diet of silkworms to prevent silk from shrinking and losing its shape…

2 hours ago

Primark launches shapewear collection with Lycra technology

Primark has expanded its women’s shapewear range with the launch of a new collection developed in collaboration with The Lycra…

2 hours ago

AMSilk expands silk protein production with AFE

Biotechnology company AMSilk is preparing to increase the large-scale production of its silk proteins through its partnership with Ajinomoto Foods…

3 days ago

H&M launches denim with Circ and Tencel’s recycled fiber

H&M has introduced a denim collection made with Tencel | Circ with Refibra technology, demonstrating the potential of textile-to-textile recycling…

3 days ago

AIMPLAS explores enzyme-based recycling of marine waste

Spain-based research centre AIMPLAS is developing new enzyme-based recycling methods for marine plastic waste through its Oceanzyme project.

3 days ago