Wingreen is a company specializing in R&D and production of high-performance, energy-saving window and door systems, with the brand name Wingreen. The company has introduced window and door technologies from Denmark, Europe, and is committed to creating window and door systems with the highest performance, optimal energy-saving effects, and suitability for local architectural and climate conditions in China. Wingreen's newly developed aluminum alloy polyurethane composite window and door series not only leads other energy-saving window and door products in the domestic market but also represents the latest European window and door energy-saving technologies and future development direction.
Only by continuously innovating, daring to self-denial, and constantly surpassing ourselves can we respond effectively to the demands of the external environment.
POLYURETHANE
Polyurethane is an emerging organic polymer material that has been widely used in various fields due to its excellent properties. Rigid polyurethane foam is the most ideal thermal insulation material for cold storage and refrigeration equipment, as well as a commonly used insulation material for tanks and pipelines.The application of rigid polyurethane foam in door and window materials represents another extension of its superior thermal insulation performance. It mainly utilizes its characteristics of powerful thermal insulation, high mechanical strength, good weather resistance, and long service life. Based on these features, polyurethane provides solutions that create more comfortable environments for users, marking an epoch-making advancement in the field of doors and windows brought about by this user-friendly material.
WinGreen aluminum alloy polyurethane composite window and door system has excellent thermal insulation performance, featuring simple and lightweight structure, easy operation. The standard external hanging installation nodes adopted on-site are treated with thermal bridge-free processing, ensuring construction precision. The special connection structure of the windowsill board avoids thermal bridges while maintaining the waterproof membrane layer, ensuring the overall window's air and water tightness.
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