Flaxby Nature's Finest 15,400 K Mattress Soft/Medium 5'0 King

Specifications 100% recyclable Cortec pocket spring unit Pure, natural fillings including Egyptian cotton, wool, hemp and silk Sumptuous pillow top with a chemical free, luxurious damask sleeping surface Comfort grade Soft or Medium Depth 34cm Splitzipped comfort grade options to keep both you and your partner sleeping happy Traditionally hand tufted to keep fillings aligned Secured edges with two rows of hand stitching Exclusively handmade by Harrison Spinks in the UK5 year guarantee as standard Fillings Exclusively handmade for us, this Flaxby Nature's Finest 15, 400 Mattress is filled with pure fibres including Egyptian cotton, wool, mohair, hemp and silk these provide natural moisture wicking and breathable properties so you can enjoy a cool and comfortable sleep, night after night. The Egyptian cotton has long and fine strands for a smooth superior feel, while the Yorkshire grown wool offers soft springiness that's anti bacterial, too. The mohair is smoother than the wool and is placed towards the top layers for extra comfort, and the hemp also grown in Yorkshire offers absorbency and resistance to mildew. Finally, the smooth and durable silk offers both cooling and warming properties. Cortec, DNA, DNAir and Posturfil This mattress features features 8, 000 DNA pocket springs, 3, 400 Cortec pocket springs, 2, 500 DNAir pocket springs, and 1, 500 Posturfil springs king size for effortless bodyweight distribution, ultimate postural support and soothing pressure relief. The DNA pocket springs are mini in size for greater body contouring and weight distribution. Cortec is an innovative and sustainable system by Harrison Spinks that's 100% recyclable for zero waste to landfill. Free of glue, the coils are small and tight for extra resilience and each individual spring is pocketed in fabric for independent support. The spring unit is also lighter than conventional springs for better airflow and temperature control while you sleep. The DNAir pocket springs are enhanced by