Jay-Be Crown Premier Folding Bed with Deep Sprung Mattress S

Built to last and specifically designed for regular contract use, the robust Jay-Be® Crown Premier Single Folding Bed is a reliable solution for Guest Houses, Hotels and other contract environments. Its Deep sprung core mattress is topped with a comfort layer of luxury lambswool naturally improving the fire resistance of the mattress and actively wicking away moisture for temperature regulation. A robust easy to wipe clean steel frame sits on heavy duty 360° castors whilst the J-Tex sprung base system provides exceptional support, durability, and comfort.Built to last and specifically designed for regular contract use the robust Jay-Be® Crown Premier Single Folding Bed is a reliable solution for Guest Houses, Hotels and other contract environments. Tailored in a traditional hand tufted, high-performance fabric, its deep sprung core is topped with a comfort layer of luxury lambswool, naturally improving the fire resistance of the mattress and actively wicking away moisture for temperature regulation. The unique open cell structure of the e-Fibre fillings enables the mattress to breathe, ensuring that it stays fresh when in storage. Suitable for the extra demands of contract use its robust, easy to wipe clean steel frame, sits on heavy duty 360° castors whilst its fully automatic leg mechanism makes it easy to open and close in seconds. An oak effect headboard secures the pillow and the foot end helps keep the mattress in place for an undisturbed nights sleep. For optimum comfort and evenly distributed full body support, the deep sprung core mattress rests on an exclusive J-Tex sprung base system. Suspended using high-tension springs, it has been specially engineered to be stretch resistant and extremely strong. Independently tested, it has been proven to perform as well as regular permanent beds offering long term durability. Developed with our planet in mind, its ultra-comfortable Rebound e-Fibre support layer is created by bonding specially engineered fibres ma...