Set of 2 Madison eco-fabric lounger cushions – dark grey, 190x60x6 cm – UV protection, water‑repellent, antibacterial, recycled.
High-quality cushioning – pleasant feel on the skin – durable, hard-wearing and with a 3-year warranty.
Sustainable Madison® eco fabrics – made from recycled cotton and PET bottles – ecological and environmentally friendly.
Secure hold on the lounger – thanks to practical tie straps – for relaxed sunbathing in the garden.
Versatile use – comfortable cushions with a natural look – perfect for any garden lounger, incl. seed sachet.
Feel-good oasis in the garden: set of 2 comfortable lounger cushions with a natural look
Create your feel-good oasis in the garden: Enjoy ultimate comfort while sunbathing with these high-quality lounger cushions with tie straps! They are not only comfortable, but also stylishly designed and match any garden lounger. The cushions for loungers are the perfect addition to any deckchair and turn relaxing outdoors into a real pleasure.
High-quality workmanship: These lounger cushions are made from an extremely durable, recycled and excellent material blend – 75% cotton, 20% polyester and 5% other fibres. The composition feels pleasantly soft, is kind to the skin and offers high UV protection. The surface is antibacterial as well as water- and dirt-repellent. The cushions for loungers are therefore long-lasting and hard-wearing and will accompany you for many years.
Just focus on sunbathing: The tie straps ensure a secure hold on the deckchair, so you can fully concentrate on your sunbath. Make your next sunbathing session an unforgettable experience with these lounger cushions and enjoy the comfort you deserve.
The lounger cushions are made from sustainable Madison© eco fabrics, a high-performance, recycled and ecologically produced material. 100% recycled cotton fibres and PET (polyethylene terephthalate) bottles are used. The padding consists of ecologically produced PU foam SG28. The manufacturer guarantees the use of sustainable green energy as well as a reduction in energy and water consumption.
