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The following images show a Qatari customer inspecting our Emergency Telecom Cabinet. Since there are no readily available export versions, we showcased a customized cabinet designed for the national emergency communications department. We provided a detailed introduction to the internal components, installation process, and deployment, and demonstrated the deployment process on-site.    

The review meeting invited Professor Wang Lijun, a national engineering survey and design master and chief expert of Huacheng Boyuan Engineering Technology Group Co., Ltd., as the group leader, and Professor Liu Yi, executive vice president of the association, Professor Huo Wenying, chief engineer of China Architecture Design & Research Group Co., Ltd., Professor Zheng Fang of Beijing Jiaotong University, Senior Engineer Huang Dada, chairman of Beijing Newman Di Lemon Membrane Building Technology Co., Ltd., Researcher Ma Ming, deputy chief engineer of China Academy of Building Research, and Senior Engineer Wang Wensheng, general manager of Meixin Lemon (Beijing) Membrane Building Technology Co., Ltd. as members. The meeting was chaired by Li Qingwei, Secretary General of the Association. Professor Xue Suduo, Professor Wu Jinzhi, Professor Li Xiongyan, and Professor Sun Guojun from the Beijing University of Technology from the standard drafting group, Li Zhongli, Chairman of Beijing Zhongtian Jiuye Membrane Building Technology Co., Ltd., Xiang Yang from Huacheng Boyuan Construction Engineering Co., Ltd., Wang Ping, Chairman of Beijing Jintengsheng Membrane Structure Technology Co., Ltd., Zhao Yu, Deputy General Manager of China Communications Construction Road Star (Beijing) Engineering Testing Technology Co., Ltd., Qu Xin, Executive Deputy General Manager of Beijing Jinshengjie Membrane Structure Technology Co., Ltd., Hu Botian, General Manager of Zhongti Shenghua (Beijing) Membrane Building Technology Co., Ltd., Hu Qingwei, General Manager of Beijing Shengtao Construction Engineering Co., Ltd., Liu Gang, Deputy General Manager of Beijing Texlon Membrane Technology Co., Ltd., and other drafting experts and other personnel attended the meeting. At the review meeting, Professor Li Xiongyan of Beijing University of Technology reported on the background, technical content, and public opinion solicitation for the standard. The expert review panel carefully and meticulously reviewed the "Membrane Structure Processing and Manufacturing Standard" chapter by chapter and article by article, offering revisions and suggestions. Members of the standard drafting team responded to questions raised by the expert panel. After discussion, the review expert group believed that the standard was comprehensive in content, with reasonable main technical indicators, and was advanced, innovative and practical. They unanimously agreed to pass the review of the draft of the "Membrane Structure Processing and Manufacturing Standard".

The following photos show the antenna mast being packed. This product will be shipped to the Maldives for maintenance and upgrades on an angle steel tower. It also comes with U-bolts, bare copper wire, and antenna mounting clamps. The antenna pole is packaged at both ends, and the copper wire and fastening kit are packaged in standard shipping packaging.  

The picture shows the loading of a 25-meter Cell on Wheels. We stacked the platform frames to save shipping costs and secured them to the inside of the container with ropes. Foam was used to protect the lifting towers to prevent damage to the paint. Steel tie wraps were used to tie the platform railings to prevent clutter. After loading into the container, ropes were used to secure the units to prevent movement during transport. Since 4 sets are packed at a time, we use letter pairing to mark different tower main components.  

Due to the complexity of the system, we spent a lot of time debugging the electronic control system and hydraulic system to achieve the best possible operating state. The following pictures show the test run of the entire hydraulic lifting system and the electronic control system. To simulate the load of the antenna, we tied the antenna package to the top to simulate the weight of the antenna.

The following pictures show our company's test run of the Cellular on Wheels ( COW) before packaging and shipment. Aside from custom-assembled systems like the generator, we also provide all our own components, including aviation obstruction lights, four-wheel brakes, guyed masts, taillights, width marker lights, and antenna masts.  

The following photos show a Libyan customer visiting our production line. After completing radar support production, the Libyan customer visited our production line and observed our trial assembly. Our factory covers all key processes, including raw material processing, production, and hot-dip galvanizing, greatly enhancing our production and quality control capabilities. After visiting our production line and galvanizing workshop, the customer expressed high praise and a strong desire for future cooperation.  

The picture shows the packaging of telecom components shipped to the United States. All packaging is wrapped with plastic film to protect the product and reduce exposure to air, slowing down the rusting of black parts. Regarding drum packaging, we use new custom pallets to reduce the packaging footprint and maximize the space utilization in the container.

The customer visited our Cellular on Wheels ( COW) production facility again, which also included the product in the order. The customer's technicians carefully measured the product parameters and highly praised our production quality and precision. After the trial assembly, the customer carefully inspected the operation of the hydraulic system and the fit of all components. The components fitted perfectly, and the hydraulic system was operating smoothly. After confirming that everything was working correctly, we confirmed the delivery date. Prior to shipment, we filmed a new video of the completed product (after painting and galvanizing), showing the operation and operation of all systems. Only after confirmation will the product be packed and shipped.

The picture shows the customer's visit to our Monopole Tower and Tubular Tower production lines on the second day. During the visit, the customer focused on our processing equipment, particularly our bending machine capable of handling 2,400-ton monopole towers with a maximum thickness of 26 mm. The customer also visited our self-built galvanizing workshop at the end of the production line and tested the galvanizing thickness of some products. The thickness of all exported products meets the ASTM-A123 standard.  

As shown in the following photos, our UAE customer visited and toured our Angle Steel Tower production line and hot-dip galvanizing plant. They verified bending tolerances against our production drawings and also tested the galvanizing thickness. All bending tolerances were less than 1°, and the hot-dip galvanizing thickness exceeded 120 microns. The customer highly praised our factory's production scale and processing quality, and expressed a strong desire for future cooperation.  

The picture shows the 35-meter Cellular on Wheels being packed for Saudi Arabia. Due to limited space, we used a hoisting and stacking method to pack the boxes, avoiding any bumps or collisions during the process, ensuring a complete, damage-free packing. We also provided the customer with a matching generator for immediate use after assembly.