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Unitize Curtain Wall System I

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Three-direction adjustable bearing system is applied to this project, and this is a horizontally sliding unitized curtain wall. The technique of the unitized curtain wall is: Fix the component units on the outer beams of the building. The mullions of two adjacent units in the horizontal direction are inserted into each other, form vertical combines rods. The mullions of two adjacent units in the vertical direction are inserted into each other, form horizontal combined rods. The bearing load is directly transmitted to the main structure by the mullions of the component unit.

Unitized Curtain Wall System II

Three-direction adjustable bearing system is Applied to this system, and this is horizontally Sliding unitized curtain wall. The technique of the unitized curtain wall is: Fix the component units on the outer beams of the building. The mullions of two adjacent units in the vertical direction are inserted to each other, form horizontal combined rods. The mullions of the two adjacent units in the vertical direction are inserted to each other, form horizontal combined rods. The bearing load is directly transmitted to the main structure by the mullions of the component unit.

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Unitized Curtain Wall System III

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Three-direction adjustable bearing system is applied to this system, and this is horizontally sliding unitized curtain wall is: Fix the component units on the outer beams of the building. The mullions of two adjacent units in the horizontal direction are inserted to each other, form vertical combined rods. The mullions of two adjacent units in the vertical direction are inserted to each other, form horizontal combined rods. The bearing load is directly transmitted to the main structure by the mullions of the component unit.

Unitized Glass Curtain Wall I

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The aluminum alloy decorative streamer is the most special architectural modeling of this project. The curtain wall system, left hole in the tower unit plate, set the main steel structure, connect the secondary keel to the main streel structure, cover it with 3mm thick fluorocarbon sprayed aluminum veneer, sealed with glue and fixed on the secondary keel. They are located at each corner of the building, connected to the second, fifth, sixth and roof layers as an integrated structure. The geometric lines are vivid, simple and elegant.

Unitized Glass Curtain Wall II

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The structure of the system, the design of the profile section, the design of The profile section, the connection structure and so on are all design to save materials as much as possible under the principle of safety and meet project requirements. Make the best cost-effective curtain wall system. We have made thorough considerations in the design of details and performance. No screws are exposed on all visible surfaces of the curtain wall, and detailed designs such as hidden seals and connections are applied as much as possible.

Unitized Glass Curtain Wall II

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Free torsion features, the maximum height of the shape is 37mm, the horizontal angle is 178.5°, we recommend 178.5°plug-in material inserted + separate sink to meet the requirements of changing building shape. 178.5°plug-in material inserting meets the planar shape change. The top beam of the unit is separated to absorb warpage and meet the requirements of building appearance design.

Unitized Glass Curtain Wall II

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Free torsion features, the maximum height of the shape is 37mm, the horizontal angle is 178.5°, we recommend 178.5°plug-in material inserted + separate sink to meet the requirements of changing building shape. 178.5°plug-in material inserting meets the planar shape change. The top beam of the unit is separated to absorb warpage and meet the requirements of building appearance design.

Visible Frame Unitized Glass Curtain Wall

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Free torsion, the maximum height of the shape is 93mm.

Plug-in material inserted + separate sink absorb warpage

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