The new hybrid convection oven for the production of laminated glass by ELETTROMECCANICA BOVONE S.r.l., guarantees maximum versatility in the glass lamination processes and responds to the varied needs of the many applications of laminated glass.
Laminated glass is widely used in construction, architecture, automotive and transport, by virtue of its significant contribution to safety and comfort - thanks to its high thermal and acoustic insulation capacity - and in terms of decorative potential.
Especially in architecture, the demand for highly selective glass is growing exponentially: a fully reflective glass, which guarantees optimal heat exchange. In addition, with regard to plastic materials, there is an increasingly widespread use of Sentry compared to PVB.
The panorama of glass lamination has therefore radically changed and a technological solution that was highly performing ten years ago, today does not meet the standards imposed by the market.
By virtue of the constant research and listening to the needs that emerge from the various reference markets, ELETTROMECCANICA BOVONE S.r.l. has created a hybrid oven capable of serving the needs of today's market and responding to those of tomorrow. With the new oven of ELETTROMECCANICA BOVONE S.r.l. the operators have a highly versatile technology able to better manage the different materials and their rotation in the different production cycles through simple and fast switches.
With the new Hybrid technology of ELETTROMECCANICA BOVONE S.r.l., the hot air convection system is independent from the use of the lamps: the air, in fact, is heated by a heating element system inside the oven. The two completely independent heating systems can be combined with each other according to the needs: the control panel is very simple and intuitive and allows access to a wide variety of settings - including the management of the individual lamps. IR - even to less experienced operators.
In addition to its high versatility, the ELETTROMECCANICA BOVONE S.r.l. guarantees an optimization of heat distribution, monitored by the sophisticated control system, for greater uniformity of the glass temperature with tolerances of very few degrees. Furthermore, thanks to an accurate mechanical design, maintenance operations are extremely easy and the excellent construction quality guarantees reduced consumption: a significant energy saving is estimated compared to other technologies on the market.
