The thermal break aluminum profile insertion equipment is a core processing device in the production of thermal break aluminum profiles. It is mainly used to complete processes such as toothing, inserting thermal break strips, and rolling composite within the grooves of aluminum profiles, thereby blocking the heat conduction path of the aluminum material and achieving the thermal insulation and energy-saving effect of the profile. Its application scenarios cover multiple fields:
1. Building Doors and Windows
This is the most core and widely used scenario for thermal break aluminum profile insertion equipment:
Residential Doors and Windows: Processing various types of casement windows, sliding windows, ceiling fan windows, and other thermal break aluminum door and window profiles to meet the needs of residential insulation, sound insulation, and energy saving. It is suitable for different production scales from small and medium-sized profile factories to large-scale door and window enterprises.
Public Building Curtain Walls: Processing large-section thermal break aluminum profiles for curtain walls, adapting to the thermal insulation and structural requirements of building curtain wall systems, and complying with energy-saving standards for public buildings.
2. Cold Chain Logistics:
Used for processing large-section insulated aluminum profiles for refrigerated containers and cold storage enclosure structures. High-performance strip insertion equipment ensures the thermal stability of the profiles, meeting the low-temperature insulation requirements of cold chain transportation and storage. For example, the equipment provided by Jinan Goderis to CIMC Group has been applied to refrigerated container production.
3. New Energy and Industrial Sectors:
Wind Power Industry: Processing large-section, high-strength insulated aluminum profiles for wind turbine blade support components, adapting to the processing needs of large-size profiles, improving the bending strength of the profiles, and reducing equipment failure rates. Mingyang Smart Energy's wind power projects have already applied this type of equipment.
New Energy Vehicle Industry: Adapting to high-precision processing of lightweight insulated profiles for battery pack frames, door anti-collision beams, etc., achieving zero-offset insertion of thermal insulation strips, meeting the thermal insulation and IP protection standards of battery packs. This is the core equipment for processing aluminum profiles for new energy vehicles.
In the rail transit sector: We process large-section profiles such as interior frames and window pillars for high-speed trains to meet high-precision processing requirements, improve the straightness of profiles and the bonding strength of thermal insulation strips, and adapt to the structural and safety standards of rail transit.
