=== Laminated Glass ===
=== Laminated Glass ===
Laminated glass consists of glass bonds that use PVB or EVA interlayers to decrease heat transferred.<ref name=”:0″>{{Cite web |title=Why Laminated Glass Production Is Key to Building Energy Efficiency |url=https://www.macglassglobal.com/blog/why-laminated-glass-production-is-key-to-building-energy-efficiency?utm_source=chatgpt.com |access-date=2025-10-07 |website=MAC GLASTECH AND AUTOMATION CO.,LIMITED |language=en}}</ref> Laminated glass that is correctly tailored can be utilized in diverse climate<ref name=”:0″ />. Laminated glass reduces the heat inserted by natural light therefore reducing the need for artificial light to illuminate a building. The heat reduction in addition with usage of natural light reduces energy cost and usage<ref name=”:0″ />.
Laminated glass consists of glass bonds that use PVB or EVA interlayers to decrease heat transferred.<ref name=”:0″>{{Cite web |title=Why Laminated Glass Production Is Key to Building Energy Efficiency |url=https://www.macglassglobal.com/blog/why-laminated-glass-production-is-key-to-building-energy-efficiency?utm_source=chatgpt.com |access-date=2025-10-07 |website=MAC GLASTECH AND AUTOMATION CO.,LIMITED |language=en}}</ref> Laminated glass that is correctly tailored can be utilized in diverse climate<ref name=”:0″ />. Laminated glass reduces the heat inserted by natural light therefore reducing the need for artificial light to illuminate a building. The heat reduction in addition with usage of natural light reduces energy cost and usage<ref name=”:0″ />.
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A green design concept is to facilitate sustainable use of the resources – energy, water and other materials – all through the complete life cycle of the building including its construction.[1]
Glass material has advantages such as transparency, natural daylighting, permitting a sky view, and acoustic control depending on the glazing solution used. Glass is a recyclable material; recycling glazed windows reduces toxic waste improving sustainability in the environment[2].
Glass can play a role in accomplishing greater indoor environmental quality, and when used carefully, glass can improve energy efficiency; however, a measured approach needs to be taken to ensure the building loads are not excessively increased due to solar gain. Glass combines functionality with aesthetic and is therefore used for modernized designs by architects and designers.[3]
The intent of a green building design is to curtail the demand on non-renewable resources, amplify utilization efficiency of these resources when in use, and augment the reuse, recycling, and consumption of renewable resources.
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Summary: Removed and switch source talking about glass recyclability.
Summary: Edited section of lead page that lacked supporting and didn’t fit the tone of the article.
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Solar control glass can be an eye-catching characteristic of a building whilst at the same time diminishing, or even eradicating the need for an air-conditioning system, reducing running costs of the building and saving energy. Solar control glass can be particular for any situation where unwarranted solar heat gain is likely to be a bother. E.g. Large façades, glass walkways, atria and conservatories.
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Solar control glass reduces the energy consumption of a building while providing lighting because of the coatings in the glass that reflect the heat.[4]The reflection and absorption of the heat help regulate the energy for greater sustainable buildings.[5]Solar control glass with PCM double-glazed windows enhance insulation and increase the energy saving rate by 14.25% on warmer days. Furthermore, the saving rate increases to a higher rate of 41.53% with the addition of a refractive index of 3.[6]Solar control glass is costlier than standard glass, so it requires regular maintenance to maintain efficient.[7][8]
Laminated glass consists of glass bonds that use PVB or EVA interlayers to decrease heat transferred.[9] Laminated glass that is correctly tailored can be utilized in diverse climate[9]. Laminated glass reduces the heat inserted by natural light therefore reducing the need for artificial light to illuminate a building. The heat reduction in addition with usage of natural light reduces energy cost and usage[9]. Enforcing laminated glass with PVB interlayers, causes greater durability; even when cracked, its integrity remains[10]. However, the durability of laminated glass is greatly affected by moisture; studies have shown that moisture within PVB interlayers affects its durability, stiffness, and adhesion[11][10]. Laminated glass is also prone to weathering and when cracked loses 80% of total energy absorption[11].
Summary: Added Laminated glass section to the article to provide other forms of glass in green buildings. With other sources.
- ^ “The smart use of glass in sustainable buildings” (PDF).
- ^ Republic, Windows (2024-02-08). “Can double-glazed windows be recycled – all about recycling windows with double-glazing | Windows Republic”. Windows And Doors – House Windows & Glass Doors | Windows Republic. Retrieved 2025-10-09.
- ^ Simon. “Innovative Uses of Glass in Modern Architecture”. SimonStapleton.com. Retrieved 2025-10-09.
- ^ “Is Solar Control Glass Worth It? An In-depth Analysis – Ipswich.glass”. www.ipswich.glass. Archived from the original on 2025-07-20. Retrieved 2025-10-02.
- ^ “Understanding Solar Control Glass 101: A Comprehensive Guide | glassforum.org”. 2023-02-15. Retrieved 2025-10-07.
- ^ Wang, Guangpeng; Ma, Yuxin; Zhang, Shu; Li, Dong; Hu, Rong; Zhou, Yingming (2023-12-01). “Thermal performance of a novel double-glazed window combining PCM and solar control glass in summer”. Renewable Energy. 219: 119363. doi:10.1016/j.renene.2023.119363. ISSN 0960-1481.
{{cite journal}}: CS1 maint: article number as page number (link) - ^ “What are the disadvantages of solar glass? – Blog”. www.huayouglass.com. Retrieved 2025-10-09.
- ^ Alastair (2023-05-12). “Exploring the Pros and Cons of Solar Control Glass For Windows”. Retrieved 2025-10-09.
- ^ a b c “Why Laminated Glass Production Is Key to Building Energy Efficiency”. MAC GLASTECH AND AUTOMATION CO.,LIMITED. Retrieved 2025-10-07.
- ^ a b El-Sisi, Alaa; Elsawi Mahmoud, Mohamed; El-Emam, Hesham; Elbelbisi, Ahmed; Salim, Hani (2024-07-17). “Environmental Bond Degradation of Different Laminated Glass Panels”. Polymers. 16 (14): 2040. doi:10.3390/polym16142040. ISSN 2073-4360. Archived from the original on 2024-07-18.
{{cite journal}}: CS1 maint: unflagged free DOI (link) - ^ a b Elkilani, Ahmed; Elsisi, Alaa; Elemem, Hesham; Elbelbisi, Ahmed; Helal, Zinab; Salim, Hani (2025-08-15). “Interlaminar bond strength of laminated glass composites under accelerated environmental effects”. Construction and Building Materials. 487: 142005. doi:10.1016/j.conbuildmat.2025.142005. ISSN 0950-0618.
{{cite journal}}: CS1 maint: article number as page number (link)
