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2025
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08
Hot and high temperatures are approaching, choosing high-performance insulated doors and windows will bring you a cool summer
After Qingming Festival, the weather across the country began to heat up, indicating that summer is coming soon; Facing the arrival of summer, the outdoor temperature extends into the indoor environment, but indoor cooling and insulation are particularly crucial.
In the entire building, doors and windows play a crucial role in reducing energy consumption and providing indoor insulation; When you enjoy the slight coolness of air conditioning indoors, closing doors and windows tightly can only solve the problem of air convection outside, but cannot hinder the achievement of thermal conductivity; Your indoor air conditioning will quickly spread to the outside; Thus, daily electricity expenses were added, but the broken bridge aluminum doors and windows solved this problem from then on.
Everyone knows that broken bridge aluminum doors and windows have always been sought after by many high-end buildings due to their strong sealing, insulation, thermal insulation, energy conservation and environmental protection advantages. However, Lidu doors and windows have always used high-quality broken bridge aluminum alloy materials specifically designed for system doors and windows to achieve the ultimate in energy conservation and environmental protection performance.
The structure is different
Lidu's door and window products all adopt a multi cavity large section insulation design, and the structural joints are coated with waterproof sealant treatment. Through multiple seals on the outer, middle, and inner sides, waterproof and airtight chambers are formed, thereby reducing the indoor and outdoor heat conduction caused by air convection.
Different insulation
Lidu uses PA66 nylon insulation adhesive, which has tensile strength and acid and alkali resistance far exceeding other material rubber strips, and also ensures that the expansion coefficient of the insulation strip is consistent with that of aluminum. The independently developed broken bridge by Lidu belongs to the category of integral broken bridges, which is different from partial broken bridges. It has precise dimensions, tight internal structure, and significant energy-saving effect. The energy-saving cost over the past few years is sufficient to compensate for the initial investment
Glass is different
The 3+2 process independently developed by Lidu forms a cavity, which is filled with an appropriate amount of inert argon gas to reduce its thermal conductivity, thereby reducing the heat transfer coefficient of the hollow glass surface and helping to improve the insulation performance and energy-saving effect of the glass.
Different insulation
Lidu doors and windows use imported insulation strips, which have high strength, high toughness, and low thermal conductivity, ensuring that the expansion coefficient of the insulation strips is consistent with that of aluminum materials. However, Lidu's independently developed broken bridge belongs to the overall broken bridge, which is different from local broken bridges. The size is precise, the internal structure is tight, and the energy-saving effect is significant. This greatly reduces the heat transfer between indoor and outdoor, making air conditioning no longer "high energy consuming" and ensuring high energy-saving effect.
Good materials combined with good craftsmanship can showcase energy-saving aluminum doors and windows; Lidu Doors and Windows has always been committed to creating energy-saving, environmentally friendly, heat-insulating, and insulated bridge breaking system doors and windows, guarding your comfortable, safe, and warm home all year round.
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No. 6 Lehua Road, Xiabai Second Industrial Zone, Luocun, Nanhai District, Foshan City, Guangdong Province, China