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What do power consumption, installed power and installed capacity of a glass tempering furnace mean?
| Power consumption of the glass tempering furnace refers to the amount of electric energy consumed in the process of tempering certain quantity of glass. The measuring unit commonly used is the kilowatt hour (KWh).
| Borosilicate glass, in particular, is extremely well-suited for 3D printing processes in a range of applications.
| Anodizing is the most durable and long-lasting option for finishing architectural aluminum building products. An electrochemical process, anodizing produces a finish that resists the ravages of time and environment.
| From flooring to roofing, there are many architectural uses for glass. But today, beyond your average glass fixtures and simple glass structures, buildings made entirely of glass are gaining popularity in major cities across the world.
![Tempered Glass Specifications [Video & Transcript]](/sites/default/files/styles/6/public/articles/2017/HHH-Tempering.jpg?itok=P7frNEF5 "Tempered Glass Specifications [Video & Transcript]")
| We’ll help you meet the spec with our knowledge of the glass tempering process.
| Keeping impurities away from the glass is imperative in the glass tempering process. These impurities can cause damage resulting in a product that doesn’t live up to aesthetic standards, won’t meet a client specification or is completely unusable.
| AGI has prioritized education about the topic of interior glass partitions.
| At the simple push of a button, this glass can fade from light to dark - or clear to opaque - and back again.
| Glass makes modern life possible, from our coffee makers, fireplaces, and induction cooktops to oil pipelines, syringes, lasers, and more.
| Minor edge damage during glass handling, a scratch or nick during installation, a design flaw, or a natural imperfection in the glass could all result in spontaneous breakage.
| Point supported glass guardrail systems have increased in popularity in recent years offering a modern aesthetic to commercial projects.
| You might not think about window making as an art form, but every pane and frame created at Pella requires exceptional skill and craftsmanship.
| Office glass partitions provide irrefutable benefits.
| When asked about his contribution to glass advancements, O’keeffe quickly points to the greater reliance on science that is inherent in the industry today.
| Cladding is more than just a protective skin on the exterior of a building.
| Laminated safety glass is an excellent choice for building construction—here’s why.
| Combining white colour effects with impressive strength-to-weight ratio and excellent postbreakage performance
| The AGI educational series illustrates and describes common glazing challenges as a means to communicate best practices for the design and construction industry, not as a sole source for design guidance.
| Laminated safety glass with SentryGlas® ionoplast interlayer has played a key role in enabling the design of an 100-foot-tall glass fin lobby wall on the 150 North Riverside Plaza office building in Chicago, Illinois, USA.
| The National Glass Association’s official publication Glass Magazine has announced the winners of its 2016 Glass Magazine Awards.
| Stiff PVB is suitable for a much wider range of applications than more traditional PVB interlayers.
| Skaala was founded in 1956 as a one-man company. The father of the two current owners, Hannu and Markku Hautanen, was a carpenter and already in those days, he processed glass while repairing doors and windows.
| Multiple glass options offer customized ways to suit different building needs.
| When the visual presence of materials decreases, the maximal transparency creates astounding beauty. In order to enhance transparency, clearer and lighter structures should be used.
| In August 2013, the LiSEC development team started a major project with the mission: redesign of the tempering furnaces in order to save manufacturing costs and at the same time increase the process reliability. Result: the AEROFLAT.