Glaston reports that it has won four premium FC500 tempering furnace orders during Q1 2014, for delivery to the UK.
,These latest four FC500 orders follow a further four placed by UK companies during 2013 and according to Steve Brammer, Glaston’s sales manager for the UK and Ireland, these new agreements represent a significant market rebound in the UK, as the confidence of glass processors continues to increase when it comes to making larger investments in new, advanced glass processing machinery.
,The Glaston FC500 furnace features a special top recirculation convection and bottom compressed air convection innovation, protected by US and European patents, which heats the glass from above and below.
,Hot air jets that are recycled and pressurised heat the upper glass surface, while air taken from outside the furnace and pressurised by a compressor, heats the bottom glass surface.
,Not only does the furnace produce extremely high quality tempered glass to match the toughest market demands, it also increases production capacity by up to 40% while consuming 30% less energy than a conventional tempering furnace.
,Designed specifically to eliminate uneven heat transfer, Glaston says the FC500 ‘makes it easy’ for operators to select the right heat setting for their production. A new automatic roller heat control (RHC) automatically adjusts the bottom heat level to eliminate disturbances caused by the roller heat. Using an array of sensors as the glass enters the line, the furnace determines the size, shape and location of the glass through the dynamic load pattern recognition (DLP) system. This data is then used to automatically generate a heating profile for each load, boosting higher capacity through automated glass production.
,Glaston’s iControL automation system allows the Glaston FC500 furnace to process an extremely wide range of high-quality glass that meets the most demanding standards internationally.