$ 204.00 $ 119.90SKU LPXLPILBBGPFLO
Lounge Pug® Geo Print, Extra large bean bags are the ultimate contemporary pieces for your relaxation space.
This beanbag is a substantial chair, perfect for students, teenagers & young professionals.
It will also be enjoyed by kids and parents alike.
The on trend contemporary geometric print selected for this bean bag has been designed by an up and coming young artist and seeks inspiration from the 1960s & 1970s. Printed onto a deep pile, brushed soft, faux suede, this beanbag is both contemporary and snug to boot. The fabric has been treated with a stain resistant finish in case of spills and the closure has a safety zip to prevent kids access to the fillings.
This XL size bean bag may be adjusted into various positions as required. Popular positions include,
Being so luxurious, these bean bags could easily replace the traditional sofa in snugs or the young professional’s home.
Made from a high rub count, durable fabric. Not only are these bean bags beautiful to look at, but they are extraordinarily hard wearing, easy to maintain and supremely modern.
Lounge Pug® bean bag chairs come with a 2 YEAR GUARANTEE* against craftsmanship, are available in several fabrics and colors, and are proudly designed in ENGLAND.
*The stated measurements are approximate.
About the SupremeX® Polystyrene filling, the ultra high density bean bag filling!
Higher density equals less air in the pockets, less air means stronger beads and stronger beads last longer, much longer.
We achieve this by expanding the polystyrene just once. In the industry this is considered sacrilegious. Yep you heard me. This is because polystyrene's cost is linked directly to the weight. The more weight the higher the cost. Many companies strive to achieve profits at the expense of quality. It is typically expanded 3 times, each time making it weaker but for us, we believe that quality comes first. That is why we don't do 0.35lbs/cuft 0.5lbs/cuft or even 0.6lbs/cuft. We expand our beads 1x to 0.74lbs/cuft a whole 2.1x. denser which achieves many times the strength.