In certain storage applications ‘sensitive' products require conditions which provide optimum hygiene, particularly those that are low-temperature controlled. For example, cold rooms in catering facilities and other food storage environments as well as hospitals and other critical areas. When these conditions prevail specifying the right type of shelving and racking is essential, which is why ColdRoom+ has been developed.
Available from stock through storage specialists STAKRAK LTD, ColdRoom+ Wire Shelving is a non-corrosive, modular wire hygienic shelving system with added antibacterial protection, which comes with a 15 year anti-corrosion guarantee. ColdRoom+ is manufactured from mild steel which is washed and then coated with a polyester powder resin that is hard baked to form a hard wearing level of protection to ensure unrivalled resistance to corrosion and bacteria. This treatment is applied to both shelves and posts to offer all-round protection that lasts up to 5 times longer than nylon coated alternatives.
The open wire design of the shelving provides improved air circulation, particularly important when storing food products in cold rooms and ambient defrost storage areas. As a result food products can be stored at more controlled temperatures and allowed to defrost at an evenly spread rate. In addition, ColdRoom+ is designed to provide exceptional strength to weight ratio with a shelf loading of 360 kg's on spans up to 1220mm long and 300 kg's on spans over 1220mm.
All units are bolt-free design and can be fitted with a range of wheels to aid stock movement and to make cleaning easier.
In certain storage applications ‘sensitive' products require conditions which provide optimum hygiene, particularly those that are low-temperature controlled. For example, cold rooms in catering facilities and other food storage environments as well as hospitals and other critical areas. When these conditions prevail specifying the right type of shelving and racking is essential, which is why ColdRoom+ has been developed. 