SACK IT COBANA LOUNGE CHAIR Nordic personal chair

Brand (manufacturer)
SACK IT

series
Cobana Lounge Chair

size
W800 x D960 x H700mm

Material
Cover: Polyolefin fiber Filling: EPS beads (chemical-free)
Linen Stitch

color
gray

Item Number
-

country of origin
Denmark

others
Finished Product

The Cobana Lounge Chair has been Sack It's most popular product for many years.
The Cobana Bean Bag Chair is the perfect outdoor or indoor lounge chair. This bean bag chair is durable and water repellent.
Use it as garden furniture in summer and as an armchair in your living room in winter.

A bean bag with back support is perfect for lovers of Danish design and can be used for many different purposes, including as an outdoor lounge chair.

Water repellent! Take it outdoors! The Kobana Lounge Chair is
It is made of a material that is durable and water-repellent, so it can also be used outdoors.
The fabric is made of 100% synthetic olefin-based material, which will not grow mold even when exposed to moisture. You can safely leave your Kobana products outside, even on rainy days.

LIGHT FIRSTEverything is better when the sun shines - and luckily, we think so too! That's why it's made from synthetic materials that won't fade in the sun, making the Cobana Lounge Chair the perfect bean bag chair for your garden or patio.
Cobana fabrics have a lightfastness rating of 7 to 8, with 8 being the best on the lightfastness scale.

Durability Bean bag chairs are made to be used (and used a lot).
The Cobana Lounge Chair is suitable for both adults and children and will quickly become a family favorite, so it's built with the highest quality materials, including durable fabrics, YKK zippers and non-toxic EPS beads, to last for years.

Designed to hold its shape, the Cobana Lounge Chair is internally assembled with two inner bags that are connected with Velcro. When you sit on one, the other pushes up to support your back.

Hand Stitched Stitching Beautiful hand stitched cross stitching along the edges makes every product absolutely unique. The thread is made from durable linen, giving the design an edgy and ecru look.

Combine the COMBINED Cobanana Veen Bag with the matching pouf to provide foot support or seating, or combine the pouf with the SACK it Serving Tray to use as a small tray table.

Please note: Your Cobana Lounge Chair will be filled with EPS beads when you receive it.
So it may feel a little stiff the first couple of times.
After a couple of weeks of use, the beads will soften and the chair will feel very comfortable. A firm filling will allow the bean bag chair to retain its shape for longer.

Note: The handles on the back of the chair are purely decorative and should not be used to move the chair.
We recommend grabbing the entire chair when moving it.
Roughly pulling on the handle on the back of the chair can damage the fabric.

Maintenance: After it rains (or when it looks like it might rain), turn the chair over and let the water drain out.
The fabric does not absorb water and dries quickly.
We recommend keeping it indoors in winter to protect it from the cold.

Wipe gently with a damp cloth and, if necessary, add a mild detergent.
The cover is removable, but it can be washed in the washing machine.
We do not recommend washing the chair as this may damage the hand-sewn stitching around the edges.

OLEFIN
Olefin is a soft, lightweight fabric designed for outdoor use.
Its sleek look makes it an attractive fabric for both indoor and outdoor projects. Olefin is made from a synthetic material known as polyolefin.
Its resilience, colorfastness, stain resistance and durability make it suitable for a wide variety of applications. Olefin fabrics are available in a wide variety of weaves, textures, colors and prints, making them perfect for making accent pieces pop both indoors and outdoors.
Olefin fabrics have a long history. They were first produced in Italy in 1957.
A talented chemist named Giulio Natta was the first to develop olefin fibers suitable for many textile applications. Natta and his partner Karl Ziegler developed a titanium-catalyzed method for converting polyolefins into fibers, which won them a Nobel Prize in 1963.