Improved Edge Compression for windshield bending lines
Meet OEM edge compression requirements
Three reasons for choosing the Improved Edge Compression (IEC)
1.
Improved edge compression control
2.
Higher edge compression level
3.
Improved end product quality
Improved Edge Compression for Tamglass ESU type bending furnaces
This upgrade for the ESU bending furnaces has been developed to enhance glass edge compression. Better cooling in the annealing section is the most efficient solution to achieve the required edge compression for windshields to meet OEM requirements.
In the Improved Edge Compression system, factory air is conducted to an air-air heat exchanger located inside the furnace. Since the heat exchanger has more cooling surface and air volume than in a standard model, it provides more cooling power. The bigger temperature difference between the bottom of the final bending section and the annealing section results in improved edge compression.
References
Finn Lamex, Finland
#automotive glass #automotiveindustry #bending #glass bending #ScreenMax #windshield
Tero Toivanen at Finn Lamex, Finland, is sharing his and his team's experiences working with the Glaston ScreenMax glass bending furnace for windshields.
Read moreEuroglas, Belgium
#flat glass tempering #glass tempering #iControL #RHC #safety glass #tempered glass #upgrades
Euroglas chose Glaston’s Roller Heat Control (RHC) upgrade to improve its tempering line performance as part of a series of investments to grow with its customers. “We aim to offer the width and depth of glass products they need to be their best partner,” says Frederik De Knijf, CEO of Euroglas in Belgium.
Read morePilkington Automotive Finland, Finland
#automotive glass #automotiveindustry #CNC #CNC96 #lifecycleservices #mobility #reference #upgrades
“We decided to extend the lifetime of our Bystronic (now Glaston) automotive glass cutting equipment with a Glaston CNC96 upgrade kit and ensure that we can continue to get spare parts,” says Matti Säynäväjärvi, Technical Services Group Leader, Pilkington Automotive Finland Oy, Laitila plant.
Read moreArticles
Does turning a tempering furnace off really save energy?
Some manufacturers suggest you can save energy by heating the furnace from room temperature in just one hour at the start of each shift. Does this approach actually...
Read moreTempering energy-consumption claims – don’t fall for them
Modern tempering technologies bring glass processors significant energy efficiencies. However, some tempering line manufacturers make energy-saving claims that sound...
Read moreBreakthroughs in automating glass processing
From traditional applications to cutting-edge capabilities, automation revolutionizes production, enhances quality and boosts efficiency. In this blog, we’ll discuss...
Read moreContact information
