Heat Strengthening System HS10/HS12

Excellent quality heat strengthened glass up to 10mm in thickness


Three reasons for choosing Glaston Heat Strengthening System HS10/HS12

1.

Enables heat strengthening of glass up to 12 mm

2.

More control over heat strengthening process

3.

More control over quenching parameters

Controlled heat strengthening


Glaston Heat Strengthening System HS10/HS12 has been developed to provide your machine with the heat strengthening capability to process glass in thicknesses 3–12 mm.

Heat strengthened glass is processed with much less pressure than tempered glass. The critical question in the manufacturing process how to create a sufficient stress level in the glass.

The Glaston Heat Strengthening System HS10/HS12 controls the cooling coefficient during the heat strengthening process. The strength and duration of the pressure wave is controlled automatically according to the set heat strengthening profile.

References


PLG, Finland

#architectural #Flat tempering #RC Series #Upgrades

“We’ve always been an important partner to the large window manufacturers in Finland. Listening to their needs and responding has helped us stay competitive in this market,” Tommi Nousiainen, CEO of PLG in Finland, explains. “We were not specifically looking for a tempering furnace. But when our customers began to require high-quality tempered glass, we moved swiftly ahead with an entry-level Glaston RC model. Since then, we have already been able to upgrade the line twice in response to the rapidly evolving market.” 

Read more

Lasiliiri, Finland

#appliances #architectural #Flat tempering #Heating chamber replacement #iControL #Upgrades

“Although our goal is to be one of the leading smart and safety glass manufacturers in Finland, we didn’t have the time needed to install a completely new furnace,” says Raiko Mäkeläinen, Technical Manager at Lasiliiri. “Instead, we went with a significant Glaston’s FC-zone upgrade, which enabled us to leapfrog to the very latest heating technology in a quick, cost-effective and sustainable manner.”

Read more

Tristar Glass, Inc., U.S.A.

#appliances #architectural #Heating chamber replacement #ProL #Upgrades

“I was very impressed at how quickly we were able to install the new ProL-zone upgrade on our existing lamination line – only 3.5 days – and I’ve been equally impressed with the high-quality output,” says Rob Carlson, Mechanical Engineer at Tristar Glass, Inc.’s Tulsa, Oklahoma facility. “Glaston’s convection technology has exceeded every expectation. The system really does work as well as they said it would – maybe even better!”

Read more

Articles


5 promises of convection technology in windshield bending

By the laws of physics, convection is the most efficient way to transfer heat. But what arguments back it up in practice? Let’s dive deeper and explore beyond...

Read more

Important service factors in glass lamination

Did you know that the laminating line maintenance cost can vary greatly depending on your specific technology? For example, furnaces with infrared heating technology...

Read more

#AskGlaston Episode 60: Isn’t our company’s tempering system working automatically?

This week’s question is the following: Isn’t our company’s tempering system working automatically? There are several different levels of automation...

Read more

Contact information