1. Metal double hook chain: dual innovation of materials and structure
The metal double hook chain uses high-strength metal wire as the base material and forms a unique grid structure through precision weaving technology. Its core advantages are:

Structural stability: The staggered weaving method of the double hook chain gives the material excellent tensile strength and flexibility, which can adapt to complex modeling requirements such as curved surfaces and special shapes.
Visual transparency: The hollow grid design ensures privacy while realizing the free flow of light and air, creating a light space experience.
Weather resistance: The application of materials such as stainless steel and aluminum alloy makes it corrosion-resistant and high-temperature resistant, and suitable for a variety of indoor and outdoor environments.
2. Four logics of customized design
The customization of the metal double hook chain is not a simple size adjustment, but a full-dimensional innovation from materials, structure to function:

Deep integration of materials and processes
Material selection: Choose stainless steel (304/316), aluminum alloy or titanium alloy according to the application scenario to balance strength, weight and cost.
Surface treatment: Through electroplating, spraying, anodizing and other processes, mirror, matte, gradient and other visual effects can be achieved.
Weaving process: From traditional weaving to 3D printing and laser cutting, technological innovation promotes the infinite possibilities of structural form.
Balance between function and aesthetics
Structural optimization: Through finite element analysis (FEA) to simulate load, adjust the grid density and hook chain angle to achieve the unity of load-bearing and aesthetics.
Light and shadow design: Use the change of grid density to control the refraction of light and create dynamic light and shadow effects.
Interactivity: Combine sensors and intelligent systems to achieve dynamic deformation or light effect of metal double hook chains.
Modularity and personalization
Standardized units: Disassemble complex structures into repeatable modules to reduce customization costs and construction difficulties.
Parametric design: Generate unique textures or patterns through algorithms to meet customers' needs for "uniqueness".
Sustainability considerations
Material recycling: Give priority to recyclable metal materials to reduce carbon footprint.
Energy consumption optimization: Lightweight design reduces transportation and installation costs and extends service life.
3. Scenario-based application: from space separation to immersive experience
Building facade
Dynamic skin: The double hook chain grid is opened and closed by a motor to realize the ventilation and sunshade functions of the building facade.
Light and shadow curtain wall: Combined with LED light strips, it creates a programmable nighttime visual focus.
Interior decoration
Space separation: Metal double hook chains are used to replace traditional partitions, taking into account privacy and spatial fluidity.
Art installation: Combined with sculptures and lights, it becomes the visual center of the space.
Exhibition and stage
Immersive scene: Through the dynamic deformation of the double hook chain grid, a narrative space combining virtuality and reality is created.
Acoustic optimization: The specific woven structure can absorb or reflect sound waves to enhance the auditory experience.