Explanation of the combination of industrial doors and inflatable door seals2

3. Key points of technical implementation
(1). Equipment selection matching
◦ Size adaptation: The door seal should cover the size range of the truck (common width 3.4–4.9m, height 3.3–4.9m), and the top airbag elongation should reach 900–1200mm to be compatible with different vehicle models.
◦ Control system: optional manual switch or automatic control linked with loading and unloading platform, power supply configuration single-phase/three-phase (220V/380V).

(2). Installation and maintenance
◦ Installation foundation: The door seal frame should be firmly fixed at the opening of the building and installed parallel to the industrial door to ensure that the expansion direction of the airbag is perpendicular to the compartment.
◦ Maintenance Focus:
◦ Regularly inspect the wear of the airbag (especially at the seams of the Cordura fabric) and the operating condition of the blower.
◦ Clean the PVC cord to prevent dirt corrosion and maintain tightness.
(3). Application of innovative technology
◦ Double-layer sealing structure: The new design adds an elastic baffle on the inside of the airbag to improve air tightness and reduce friction loss.
◦ Intelligent sensing system: Some high-end models integrate a truck position sensor to automatically trigger the inflation/deflation process.

4. Development trend
• Material upgrading: Research and development of composite materials with stronger low temperature resistance to extend the service life of extremely cold environments.
• Energy optimization: inverter blowers and solar power systems reduce operating costs.
• Intelligent integration: Linkage with warehouse management system (WMS) to achieve full automation of loading and unloading process.

The synergy between industrial doors and inflatable door seals solves the problem of temperature control and anti-fouling in the loading and unloading process through dynamic sealing, and is the core configuration of cold chain and high-standard warehouse. The core of its technology lies in the airbag design and efficient control system that accurately adapts to the model, and will continue to upgrade in the direction of intelligence and low energy consumption in the future. During the actual deployment, the truck size, hole conditions and environmental requirements need to be strictly measured