Ocean Drift by JHS
ABOUT THIS PRODUCT
The Ocean Drift carpet range is a versatile, high-quality solution designed with sustainability and biophilia in mind. As the latest range to join JHS’ varied product portfolio, Ocean Drift is manufactured using ECONYL regenerated nylon yarn, offering the same great performance as a new nylon carpet but with improved sustainability credentials.
Company Profile
JHS provides a wide range of bespoke flooring solutions for your every need, whether that is carpet, carpet tile, vinyl flooring, LVT and other specialist floorcoverings. With 50 years in the industry, JHS offers a wealth of knowledge and expertise across a range of sectors, including healthcare, education, offices and workspace, and retail.
Company Contact
sales@jhscarpets.com 01827 831 400
https://jhscarpets.co.uk https://twitter.com/TContractFloors Find us @TContractFloors AWARDS 2024 27
ECONYL yarn is a breakthrough material which takes pre- and post- consumer nylon waste – such as discarded fishing nets, fabric scraps, carpet, and industrial plastic – and transforms the otherwise polluting nylon back to its original purity through a process of regeneration and purification. The resulting nylon yarn can then be used to create all manner of products and has the potential to be infinitely recycled without ever losing its exceptional quality.
The ultimate carpet for a relaxing and comfortable underfoot experience, this soft and luxurious broadloom is the perfect choice for high-traffic areas, such as living rooms, bedrooms, and public spaces. Whether you’re looking to create a cozy, comfortable bedroom or a chic, contemporary lounge area, Ocean Drift combines aesthetic appeal with a durable and resilient composition. It is resistant to stains and fading, whilst also being easy to clean and maintain.
Inspired by the soothing and calming shades and surroundings of the ocean, the Ocean Drift range is available in 13 unique colours, from the golden Sunray (pictured) to the deep blue Darwin, offering customers a variety of design options to enhance any internal project or application, whilst making use of an innovative material that reduces the use of finite natural resources.
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