Such stuff as dreams are made on
Bedding Italia choses the best raw materials in order to design bed systems, mattresses and accessories which can offer comfort, resistance, ergonomics and safety. Thanks to membership in a International Group such as Hilding Anders International, Bedding Italia has also immediate access to the most innovative components, the most advanced technologies and the most efficient production methods.
One of the company’s main priorities is research into low environmental impact materials and processes: the welfare of the planet and the wellbeing of people are one and the same for Bedding Italia and Hilding Anders.
3000 SUPER MICRO POCKET
Tiny independent steel springs ensure the highest degree of breathability combined with excellent ergonomics.
1700 MICRO POCKET
The structure with 1700 independent steel micro-springs, each enclosed In a protective textile pouch, ensures orthopaedic comfort and superior breathability.
All the breathability of 700 pocketed springs. Independent steelsprings respond to the pressure applied by different parts of the body, ensuring efficient ergonomics together with high ventilation capacity.
Responsive and ergonomic, the MemoryBed viscoelastic foam activates in contact with body heat and adapts to body shapes. MemoryBed uniformly distributes body weight preventing the formation of pressure points.
100% NATURAL ORIGIN INNERGETIC LATEX
The open-cell texture of natural latex improves the circulation of air and offers ideal comfort and excellent ergonomics. Moreover, latex has natural antiseptic and anti-mites properties.
Foam latex, antiseptic and anti-mites, has greater durability in time than natural latex, while still ensuring a high degree of comfort and ergonomics.
Highly breathable and ultra sensitive, it promotes muscle relaxation and ensures restful, quality sleep. Its composition with gel molecules conveys a feeling of well-being and freshness, displaying at the same time a mite growth control action.
Special springs in polymeric material characterised by differential weight support. They improve load response and breathability.