NINGBO MUNICIPAL GOVERNMENT AUDITORIUM
Project Overview
Product series: Vertical acoustic operable partition wall
Country/ City: China/ Ningbo
New or remodeled: New
Project type: Training room
In order to ensure that the project can ultimately meet all the expectations of the client, we had in-depth and detailed communication with the client. From the initial concept exchange to the detailed design plan discussion, and then to multiple rounds of plan adjustment and optimization, we always put the client's needs first.
According to the client's usage scenarios and specific needs, we customized the size, color, material and other aspects of the vertical acoustic operable wall, striving to perfectly integrate it into the client's overall space design. The Ningbo Municipal Government Auditorium project drawings fully demonstrate the project's design concept, functional layout and technical requirements.
Packing
In order to prevent the vertical acoustic operable wall from physical damage, moisture erosion, dust pollution and any external factors that may affect its performance and accuracy during transportation, we adopt a carefully designed packaging solution to achieve the safe transfer of the equipment from the production site to the place of use, and provide each customer with the packaging solution that best meets their needs to ensure that the fully-automatic acoustic partitions can arrive at the site safely and smoothly.
We are committed to providing comprehensive protection for the vertical lifting wall through careful packaging and protective measures to ensure that it is protected from any damage during transportation.
Wall Display
We used the most advanced manufacturing technology and precise measurement technology to install the mechanical structure of the vertical folding partition wall, ensuring the accurate docking and seamless cooperation of each component.
During the debugging process, we conducted multiple rounds of performance testing and optimization adjustments, making the wall's lifting and lowering unprecedentedly smooth and stable. Whether it is fast lifting or slow adjustment, it can maintain a high degree of accuracy and reliability, bringing users the ultimate user experience.
