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Triple Glazed Glass

Product Description

Triple glazed glass (triple-pane insulated glass unit) represents the pinnacle of glazing technology, comprising three glass panes separated by two hermetically sealed cavities filled with inert gas (typically argon or krypton). As an evolutionary advancement over double glazing, this configuration establishes a multi-barrier system against thermal transfer and acoustic transmission.

Thickness

HOT THICKNESS:6mm——19mm, etc.

Size

1830*1220,1500*2000,1524*2134,1600*2000,1700*2000,1830*2440,1860*2520,2134*2440,2000*2500

A variety of extra-large specifications and non-standard sizes can be provided

Application

•‌Extreme Climate Buildings‌:‌Cold Regions‌ (e.g., Nordic countries, northern China): 

Reduces ‌40% heat loss‌ and prevents condensation.

‌Hot Climates‌: Reflects solar heat, reducing cooling loads.

•‌High-Energy-Use Environments‌:

Homes with Underfloor Heating/Air Conditioning‌: Delivers ‌long-term energy savings‌.

‌Green Building Retrofits‌: Ultra-thin triple glazing (e.g., Corning® ATG™) fits existing frames while improving energy efficiency.

•Acoustically Sensitive Environments‌:

‌Residential Areas Near Roads, Airports/Railways‌: Reduces ‌tyre noise and Low-frequency vibrations by 40%‌.

‌Concert Halls & Hospital ICUs‌: Lowers background noise from ‌45dB to 28dB‌, meeting ‌acoustic medical standards‌.

•‌Specialized Functional Requirements‌:

‌Data Centers & Precision Instrument Rooms‌: Maintains stable ‌temperature/humidity‌ and blocks ‌.

‌High-End Glass Facades & Frameless Windows‌: Offers ‌>80% light transmittance‌ and supports ‌large-scale designs (3m × 2.5m)‌, balancing aesthetics and functionality.










Product details
Benefits

•Extreme Climate Regions‌:‌Cold Northern Regions‌ (e.g., beLow -10°C) or ‌Hot Southern Areas‌: Adding an extra air layer can ‌reduce heat loss by 40%‌ and significantly prevent condensation.

•High-Energy Consumption Scenarios‌:Ideal for ‌homes with underfloor heating or air conditioning‌, offering superior ‌long-term energy-saving benefits‌.

‌Low-to-Mid-Frequency Noise Environments‌:For areas near ‌major roads, airports, or railways‌, the structure enhances ‌Low-frequency noise insulation (e.g., tire noise, aircraft roars) by 40%‌.

•‌‌Special Architectural Requirements‌:Designed for ‌hospitals, schools, and other high-safety, high-insulation needs‌, where the ‌triple-layer structure provides stronger impact resistance‌.