Aspire Pocket+ Double 3000 Cooler Memory Hybrid Mattress

Experience blissful sleep with the Aspire Pocket+ Double 3000 Cooler Memory Hybrid Mattress. This high-quality mattress, perfect for most sleepers, boasts patented Japanese technology: carbon-fibre infused fabric actively cools and prevents heat transfer, offering superior comfort to standard pocket spring mattresses.
Enjoy luxurious comfort thanks to a body-contouring memory foam layer atop an eco-foam support layer – a winning combination of plush comfort and healthy spinal alignment. Rigorous testing, encompassing hundreds of spring types, wire thicknesses, coil counts, and bonding methods, has resulted in a precision-engineered mattress. The enhanced base structure features 2000 micro pocket springs for exceptional twin suspension, complemented by softer upper layers for instant comfort. Sleep soundly knowing your posture is protected for a pain-free awakening.
Individually encased pocket springs minimise motion transfer, providing all the benefits – and more – of traditional pocket springs. Its robust construction, with edge-to-edge support, maintains its shape even after rolling, eliminating the need for (and expense of) foam encapsulation. Crafted from 100% sustainable materials, this mattress is both eco-friendly and affordable.
This nine-layer masterpiece includes a unique insulator sandwiched between the spring unit, providing superior structure and edge support. A supportive eco-foam layer sits atop the insulator, followed by the memory foam. The breathable polyester quilted sleep surface further reduces heat build-up. Experience the delightful bounce of a traditional pocket sprung mattress combined with the pain-relieving support of foam.
Delivered in a compact box for easy handling, even in tight spaces, the mattress regains 90% of its depth within hours, reaching full recovery in approximately 48 hours. Proudly manufactured in the UK in an audited factory with excellent working conditions, and packaged to meet the latest government sustainability guidelines.