Groove Concealed Nail Wall panels
Groove Concealed Nail Wall panels
In the process of the global industrial buildings accelerating their evolution towards green and intelligent development, building envelope systems are facing unprecedented performance challenges - how to enhance the wind resistance of buildings? How can thermal efficiency be improved while controlling construction costs? Can functional boards meet the aesthetic demands of industrial upgrading?
The resolution of a series of industry pain points is ultimately condensed in the geometric design of four deep grooves. The Biyide ®F4 slot concealed nail wall panel integrates multiple functions such as heat insulation and preservation, wind resistance and noise reduction, and aesthetic upgrade, responding to the spatial upgrade demands of modern industrial parks with an industrial aesthetic language.
Four-wave concealed nail wall panel
Innovation in Mechanical Design
Four longitudinally distributed deep grooves increase the moment of inertia of the sheet section, constructing a three-dimensional reinforcement network without adding weight. When resisting negative wind pressure, this structure can uniformly transfer the load along the direction of the trough, avoiding local deformation caused by stress concentration.
Functional integration innovation
The tank body can serve as a water guiding channel for buildings, forming a collaborative drainage system with the overlapping parts of the panels. When the amount of rainwater is large, it actively guides the direction of water flow to reduce the risk of seepage at the joints. Thermal bridge blocking design: Innovative tank structure reduces the efficiency of cold and heat conduction and enhances the overall thermal performance of the building. Fire safety barrier: It adopts A composite structure of A-level non-combustible rock wool core material and high-strength panel, which does not burn when exposed to fire, effectively delaying the spread of fire and safeguarding the safety of buildings.
Design Aesthetics
Four deep grooves divide the board surface in the golden ratio, forming an accurate geometric sequence. The spacing of the grooves and the depth-to-width ratio present the best visual tension, which not only avoids the fragmented feeling of dense pressing but also breaks the monotony of flat panels, endowing industrial buildings with the aesthetic of order in the digital age.
Modular installation system
The plates are prefabricated in the factory. The standard plate width matches the column spacing of mainstream steel structures, ensuring that the installation error of the plates is controlled within a millimeter of precision. The construction workers can quickly complete the positioning, which is particularly suitable for factory expansion or renovation projects with tight schedules.
The lightweight design of the F4 version, combined with the prefabricated construction technology, significantly reduces the amount of construction waste generated. Its superior energy-saving performance also ADAPTS to the functional iteration of buildings brought about by industrial upgrading.
Scene adaptation: Precisely match industrial demands
Precision manufacturing
The air tightness of the board meets the high-level protection standards. The V-shaped groove structure and the composite core material work together to form a multi-level noise attenuation system, effectively isolating equipment vibration from external environmental interference, providing a stable and controllable production environment for scenarios such as precision component manufacturing and optical instrument assembly.
Warehousing and logistics
The three-dimensional channel-shaped structure forms an adaptive thermal buffer layer on the board surface. Combined with the optimized thermal conductivity, it significantly enhances the thermal stability of the enclosure system. Work in coordination with the intelligent environmental control system to ensure the accuracy of energy consumption control in scenarios such as cold chain warehousing and high-standard warehouses.
Science and Technology Innovation Park
Through the golden ratio division and regular arrangement, a visual order with a strong sense of technology is constructed on the facade. The diverse texture surface treatment processes can be flexibly matched with different architectural styles, achieving a deep integration of architectural functions and modern aesthetics.
