Glastory

Does turning a tempering furnace off really save energy?

Tempering energy-consumption claims – don’t fall for them

Breakthroughs in automating glass processing

Key applications of automation in glass processing

Why embrace glass processing automation?

What users say about tempering process Autopilot

GPD 2023 Presentations – Sustainability and trends

GPD 2023 Presentations – Glass processing technologies

GPD 2023 Presentations – Architectural glass

What if it was your child?

Embracing automation for streamlined glass tempering

3 ways to reduce energy consumption in glass tempering

Detecting white haze online using AI

Getting white haze under control in tempered glass

Understand your tempering line energy consumption – then minimize it effectively

Solar power – a new frontier for glass

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

#AskGlaston Episode 57: Does the shard size of tempered glass vary depending on the impact strength?

#AskGlaston Episode 56: What causes the streaks in my shower glass?

#AskGlaston Episode 55: How to temper low-iron glass?

#AskGlaston Episode 53: Is there any relation between the maximum length and width of the glasses to be tempered?

GPD 2019 Presentations – Glass and sustainability

GPD 2019 Presentations – Architectural glass

GPD 2019 Presentations – Glass processing technologies

#AskGlaston Episode 42: Why does a diamond-shaped pattern sometimes show up?

#AskGlaston Episode 35: What makes the tempering of large 4 mm Low-E glass sheets so tricky?

#AskGlaston Episode 34: Is it possible to temper beveled glass?

#AskGlaston Episode 33: Is there any way to reduce or eliminate the loading delay?

#AskGlaston Episode 32: How can we reduce the noise level of our flat glass tempering line?

#AskGlaston Episode 30: How to minimize the noise of a tempering furnace?

#AskGlaston Episode 29: In cold climate, should the thick glass be warmed prior placing it on the roller bed?

#AskGlaston Episode 28: What role does the environment play in the tempering process?

#AskGlaston Episode 27: What is the root cause of a rainbow effect and how to avoid it?

#AskGlaston Episode 25: How to avoid glass breakage inside the chiller with full low-E glass loads?

#AskGlaston Episode 24: Can annealed glasses with bubbles or with other defects be tempered?

#AskGlaston Episode 23: Is anisotropy a defect and can it be prevented?

#AskGlaston Episode 20: How can I remove white haze?

#AskGlaston Episode 16: Is it possible to temper clear and Low-E glass at the same time?

#AskGlaston Episode 14: What is high-compression tempered glass?

#AskGlaston Episode 12: Can we temper clear and Low-E glass together?

#AskGlaston Episode 11: What are the main reasons for thick glass breakage?

Glass breakage in the tempering furnace is something that we all want to avoid. In this #AskGlaston episode, we are looking at the factors that can lead to the breakage of thick glass in a radiation furnace. The other question refers to the difference of heat-strengthened and tempered glass.

Meet the glass tempering beloved child – convection

#AskGlaston Episode 8: How to control the glass flatness?

#AskGlaston Episode 3: How to temper Low-E glass with older tempering technology

#AskGlaston Episode 3: How to temper Low-E glass with older tempering technology?

Don’t risk lives: 4 ways to make sure your glass is safety glass

Since we are talking about safety, it is crucial that tempered glass is actually tempered when it is delivered to customers. Here’s a list of ways you can make sure you don’t need to recall your glasses.