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Insulated glass doors, windows, curtain walls

Insulated Glass: Trapped air or gas between glass panes boosts energy efficiency by reducing heat transfer. Used in doors, windows, and curtain walls.

Insulated Glass Doors & Windows: Contain insulated glass for energy efficiency and comfort. Enhanced thermal performance reduces heating/cooling needs.

Curtain Walls: Non-load-bearing exterior cladding with insulated glass. Maximize daylight, improve energy performance, and offer contemporary aesthetics.

Any size and shape of glass customization is accepted.

The mode of transportation can be selected by sea or rail .We will buy insurance for the goods, and the beneficiary company of the insurance is our client company.

The loading of FCL cargo is done by our professional team, and the loading of LCL cargo is done by the port warehouse.

    Send us message, you will get reply soon.Leave which type glass do you want, the size and QTY is better for us to give you price list soon. If you have pictures or files, Email will better for you. Email: info@dingsen-industry.com

    Insulated Glass (IG), also known as Insulating Glass Units (IGUs), or sometimes double-pane or triple-pane glass, is a type of window or glass unit made of two or more panes of glass separated by a space. This space is filled with either dry air or a gas like argon or krypton, designed to reduce heat loss and gain. 

    Insulated glass doors, windows, curtain walls

     

    Float glass grade

    A grade

    Thick tolerance

    ±0.2mm

    Application

    Windows , Insulated patio, entrance, and balcony doors ,Fire-rated and security doors ,Curtain Walls,Skylights and Roof Glazing , Roof windows and skylights utilizing insulated glass ,  Partition Walls,Display Cases .

    Shape

    Rectangle,Irregular,Square,Trapezoid,triangle

    Edge

    Seamed edge ,arrised edges,Round edge

    Min order

    100M2

    Custom size

    Yes

    Trademark

    LYD GLASS

    Customized logo

    Yes

    Packing

    Paper or powder ,Cork mat mat between the glass

    Transport Package

    Safety Plywood Crates Packing

    Customized packaging

    Yes

    Origin

    Qinhuangdao,China

    Port:

    Qinhuangdao Port or Tianjin port

    Price

    FOB or CIF

    Payment Terms:

     T/T

    Warranty:

    2-10 Years

    Type:

    Tempered or NON-Tempered

    Supply Ability

    Supply Ability: 75 tons per day

    Lead Time:

    Within 15 days after confirming order

    Certificate or test report:

    CE EN-12150-2:2004,CAN CGSB 12.1-2022 , ANSI Z97.1-2015(R2020), CPSC 16 CFR 1201-2024 .

    Enhanced Strength

    Insulating glass can be designed for increased strength through several methods:

    Laminated Glass Layers: Incorporating polyvinyl butyral (PVB) or SentryGlas interlayers between panes improves impact resistance and reduces the risk of breakage.

    Thicker Glass Panes: Using thicker glass increases overall durability and strength against mechanical forces.

    Use of Tempered or Toughened Glass: Tempered glass is much stronger than standard glass and shatters into small, blunt pieces, enhancing safety and structural integrity.

    Spacer and Frame Reinforcement: Employing robust spacers and framing materials reduces stress points and enhances the overall stability of the insulated units.

    Specialized Coatings and Treatments: Applying coatings like electrochromic or low-emissivity (Low-E) coatings can also contribute to durability and performance.

    • Superior Safety

    Excellent Thermal Stability

    The excellent thermal stability of insulating glass (IGU) doors, windows, and curtain walls stems from their fundamental design and the materials used in their construction. Here's a breakdown of why IGUs excel in this area:

    1. The Air or Gas-Filled Cavity
    Insulation: The core principle is the inclusion of a sealed airspace or, more commonly, a gas-filled space between the glass panes. Air or a heavier gas like argon, krypton, or xenon has a much lower thermal conductivity than solid materials. This significantly reduces heat transfer through conduction.

    2. Low-Emissivity (Low-E) Coatings
    Radiant Heat Barrier: These microscopic coatings on the glass surfaces primarily reflect infrared (IR) radiation.
    In Winter: Low-E coatings reflect radiant heat back into the room, preventing it from escaping to the cold outside.
    In Summer: Low-E coatings reflect solar heat away from the room, reducing heat gain.
    Reduced Emittance: Low-E coatings have a low emittance value, meaning they don't readily release heat via radiation.

    3. Durable Sealants and Spacers
    Preventing Degradation: The perimeter seal is crucial. It prevents moisture and gas leakage, maintaining the insulating properties over the lifespan of the IGU. High-quality sealants are designed to be resistant to UV degradation, temperature fluctuations, and moisture intrusion.

    In summary, the combination of sealed insulating airspaces, Low-E coatings, durable seals, and quality construction gives insulating glass its superior thermal stability, making it a crucial element in energy-efficient buildings. This stability is particularly amplified when considering doors, windows, and curtain walls that could be exposed to high levels of heat transfer. They are great at maintaining a thermally stable indoor environment for both residential and commercial buildings.

    Features of Insulating Glass Doors, Windows, and Curtain Walls
    Insulating glass units (IGUs) are widely used in doors, windows, and curtain walls due to their exceptional performance. Their key features include:
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    Enhanced Thermal Insulation
    Consist of two or more glass panes separated by a sealed air or gas-filled space (e.g., argon, krypton), significantly reducing heat transfer.
    Helps maintain interior temperature, increasing energy efficiency.
    UV Protection
    Low-emissivity (Low-E) coatings on glass surfaces reflect ultraviolet rays.
    Protects interior furnishings from fading and reduces heat gain.
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    Improved Safety and Security
    Often incorporate tempered or laminated glass for enhanced safety.
    Laminated glass holds together upon impact, providing security against break-ins and vandalism.
    Condensation Resistance
    Maintains interior glass surface temperature above dew point, reducing fogging and moisture buildup.
    Contributes to healthier indoor air quality and prolongs the lifespan of window components.
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    Design Flexibility
    Available in various sizes, shapes, and configurations to suit architectural aesthetics.
    Can incorporate advanced coatings, tints, or decorative elements.
    Reduced Energy Costs
    Better insulation leads to lower heating and cooling energy consumption.
    Supports green building standards and sustainability goals.
    Protection Against Solar Heat Gain
    Spectrally selective coatings reflect heat while allowing light.
    Particularly beneficial for curtain walls and solar-facing windows.
    In summary, insulating glass doors, windows, and curtain walls offer a combination of energy efficiency, safety, acoustic performance, and aesthetic appeal, making them essential components in contemporary sustainable architecture.

    We have a professional sales team with more than 15 years of experience in the glass industry. Modern equipment supports us to quickly deliver orders and strict quality control to ensure perfect products are delivered to each of our customers. Customers first, win-win cooperation.

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