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| In this sixth episode of #AskGlaston flat tempering series, we explore how to avoid loading delays in tempering.
| Mikko Rantala on Glastory: Glass tempering is an energy-hungry process, and not just because of the heat. Cooling the glass also demands a surprising amount of power, especially with thinner products.
| As labor shortages and efficiency demands grow, automation is transforming glass tempering—starting with AI-driven batch building that boosts productivity, cuts energy use, and maximizes furnace performance.
| Retrofitting buildings is key to boosting energy efficiency and climate resilience, especially in dense, subtropical cities like Hong Kong.
| There are ways to reduce the energy consumption and emissions of glass melting, such as recycling glass, using oxy-fuel burners, improving furnace insulation and design, and adopting electric melting technologies.
| Modern tempering technologies offer impressive energy efficiencies for glass processors. But, have you ever come across energy-saving claims that seem too good to be true?
| The latest Glastory blog explores the evolving role of automation in glass processing, highlighting examples of how it is transforming efficiency in the industry.
| When finding, training and retaining personnel for routine jobs is a challenge, processing automation offers a game-changing solution.
| This paper aims to quantify the savings achieved through the ERM of secondary layer addition to existing glazed facades, for a high WWR office building in cooling and heating dominated climate locations.
| In this latest Glastory blog, Uwe Risle explains why thin triple IG units are gaining popularity and what the key differences are between thin triple IGUs and other insulating glass types.
| The latest Glastory blog gives insights on the experiences of the tempering process Autopilot users.
| In this paper we focus on automotive applications and describe the tests we performed to find the limits of ultrathin glass in handling and within tests simulating stress expected in the field.
| Today talking about the trends, challenges, and innovations of flat glass lamination on Glastory.
| This study delves into the influences of the glazing solar heat gain coefficient (SHGC), the glazing heat transfer coefficient (U-value), and PCM thickness on the energy performance of buildings.
| In the latest Glastory blog post, Per Jensen analyzes the holistic approach to grinding.
Author: Per Jensen | Glaston
Source: glastory.net
Author: Per Jensen | Glaston
Source: glastory.net
| The main benefits from dynamic glass relate to visual light comfort, light control and spectral modulation, privacy modulation and the most critical nowadays energy savings.
| Application to cantilevered balustrades
| This paper explains the most common types of visual distortion from the glass production process and considers a virtual prototyping approach.
| Investigations of different positions of the sphere and the satellite and their effect on stress distribution are studied. Both, experimental observations and computational FEM simulations are compared.
| Within the large material class “glass”, different types have the amorphous structure as well as the time-dependent glass transformation behavior in common.
| Comparisons with Prony series approach.
| In this paper, the Sandwich Theory of effective thickness is applied to the evaluation of multilaminate glass fin stability for in-plane flexure.
| In this study, the profound reasons behind the main benefits of glass preheating by increased convection in automotive windshields (WS)/ sunroof (SR) production are opened.
| This paper investigates the influence of Possion´s Effect on the accuracy and applicability of the used linear elastic Euler-Bernoulli beam theory for the determination of the tensile bending strength of thin glass.
