GLASS
Glass is so integrated into our lives that we rarely notice it. It is created by fusing silica sand, sodium carbonate and calcium oxide together in a furnace that can reach up to 1600ºC. In this way, a vitreous paste is obtained which is shaped using different systems such as blowing in a mold, floating on a tin bath or laminated using rollers.
These training systems are selected based on various factors such as the type of end product we want. For example, bottles, containers, glasses, tableware, windows, safety glasses, lenses for optics, etc.
The production of glass consists of burners, melting furnaces or annealing furnaces among others, all with the need to optimize the processes through heat exchangers and industrial energy recoverers.
Sized solutions specially designed for each project.
Accurate forecast for correct coordination.
Products subject to strict quality controls.
Complete service, we include transport to your factory.
The crystal and the glass industry is energy intensive and the recover and reuse of the heat from burners, fournaces and boilers through heat recovery units and economizers is a priority due to its results increasing efficiency, sustainability and saving money. With the use of heat exxchangers we manage to cool the exhaust gases while preheating the incoming air.
In addition, our heat exchangers contributes to control and homogenize glass cooling after fusion.
Heat exchanger for the glass industry
Steel industrial economizer
Heat recovery units for exhaust gases that can be designed with openings for inspection, intelligent extraction system and with air diffusion system, among others.
Gas to gas heat exchanger
Cross-flow heat exchanger that uses the exhaust gases to heat fresh air of the boiler burners in the melting furnace.
Spiral fins heat exchanger
Finned tubes and smooth tubes heat exchanger for the cooling process. Also available with the pillow that allows greater homogenization of the process.