There are usually the following types of thermal insulation structures for thermal aluminum windows, and each type of structural design is designed to improve the thermal insulation and energy-saving performance of windows:

Embedded thermal insulation structure: The embedded thermal insulation structure is to embed the thermal insulation strip into the interior of the aluminum alloy window frame and sash, so that the entire window frame and sash become a whole, which improves the thermal insulation performance of the window frame and sash.

Tie-rod thermal insulation structure: The tie-rod thermal insulation structure uses one or more connecting rods on both sides of the window frame and sash to connect the window frame and sash, so as to achieve thermal insulation separation of the window frame and sash.

Medium sealed thermal insulation structure: The medium sealed thermal insulation structure adds thermal insulation material to the inner cavity of the window frame, and the window frame and sash are connected through the middle air chamber to achieve thermal insulation effect.

Surface strip thermal insulation structure: The surface strip thermal insulation structure is to paste thermal insulation strips on the contact surface of the window frame and the sash, so as to achieve thermal insulation separation of the window frame and the sash.

Combined thermal break structure: The combined thermal break structure uses a combination of multiple insulation materials, such as polyurethane, plastic steel, rubber, etc., combined with embedded, pull rod, middle seal and other methods to improve the thermal insulation performance of the window.

The above are some common thermal break structure types of thermal break aluminum windows. Each structural design has its unique advantages and applicable scenarios. You can choose the appropriate thermal break structure type according to actual needs and design requirements. These structures can effectively improve the thermal insulation performance of windows and achieve energy-saving and environmental protection effects.