Nova 120x170cm Duck Egg Rug Nv15

• Effortlessly merge modern art with home aesthetics, as this painterly rug infuses spaces with tonal grey hues and uplifting duck egg blue.
• Machine-woven in Turkey, it offers a mid-height pile that is sumptuously soft yet durable enough for bustling hallways and living rooms.
• Crafted from 100% polypropylene and backed with jute, this rug combines resilience and elegance, ensuring it withstands the demands of busy homes.
• The Nova collection proudly presents a selection of designs, offering a sophisticated touch to interiors, all while ensuring easy maintenance and style.

Contemporary Design and Colour

The Nova 120x170cm Duck Egg Rug NV15 is a striking piece from the Nova collection, designed to bring a splash of colour to any room. Its abstract painterly pattern blends tonal grey hues with uplifting duck egg blue, offering a unique aesthetic that seamlessly integrates into modern interiors. This rug's design is particularly suited for introducing colour to sleek, neutral spaces, making it a standout piece that captivates with its creative flair.

Craftsmanship and Material

Expertly machine-woven in Turkey, the rug showcases a mid-height pile that is both visually appealing and comfortable underfoot. The use of 100% polypropylene ensures durability and an easy-cleaning experience, making it ideal for high-traffic areas like hallways and living rooms. With a flatweave pile type and a total height of 12mm, the rug maintains a contemporary and smooth finish while providing a soft texture that enhances the overall comfort of your space.

Durability and Practicality

The Nova rug's robust construction is supported by a jute backing, which adds to its strength and longevity. Its low pile design, with a pile weight of 2.3 kg per square metre, makes it a practical choice for busy homes. It's recommended to use a suction-only vacuum cleaner to maintain the rug’s appearance and prevent damage. For added safety, an anti-slip pad is suggested to reduce trip hazards and protect floor surfaces.