Expanding opportunities with better quality product with Glaston FC500
With a keen focus on quality and customer service since the company started operations 15 years ago in 1999, Super Toughened Glass Ltd of Park Royal, London is currently installing the largest Glaston FC500 tempering furnace to date in the UK. The drivers behind this investment were to meet the growing demands of their customers in the commercial sector and to reduce their environmental impact with more energy-efficient production.
To further cut back on overall energy consumption, Super Toughened also recently upgraded the blowers on its Tamglass Pro-Convection line with Glaston’s energy saving (S) option.
“When considering the investment, we had no doubts of who was going to supply our new furnace. Ever since the company was founded, we’ve always purchased Glaston machinery. Quality is our prime focus. That’s why we chose Glaston again.”
– Amit Patel, General Manager at Super Toughened
Walshs Glass, Australia
#architectural #automation #glass processing #glass tempering process #iControL #RHC #upgrades
In January 2021, Walshs Glass in Western Australia began using their Glaston RHC upgrade, enabling them to improve glass flatness and optical quality. “Today, we’re positioned to take advantage of the rapidly changing glass processing demands in Western Australia," says Steve Cuff, Executive Operations Manager at Walshs Glass.Read more
Tristar Glass Inc. USA
#architectural #flat glass laminating #laminating #ProL
When making first-class architectural glass, being able to produce high-quality glass consistently is key. Tristar Glass Inc. specializes in fabricating large architectural glass that can be used in interior and exterior applications. The manufacturing process needs to be well thought-out and completed, as they are committed to delivering their customers with the highest quality glass in the shortest possible lead time. After Glaston upgraded Tristar’s existing lamination lines, they have been able to manufacture all of their products with a significantly lower rejection rate.Read more