I. Requirements Analysis:

At rescue sites, particularly when handling emergencies such as vehicle accidents and building collapses, there is a need for efficient and safe lifting equipment to support and stabilize heavy objects. This ensures the safety of rescue personnel and accelerates the rescue process. As a new type of rescue equipment, high-pressure lifting airbags utilize the support force generated by high-pressure gas to achieve non-destructive lifting and support of heavy objects. Consequently, the market demand for such equipment is growing increasingly urgent.

II. Product Features:

1. Complete Component Set: The high-pressure lifting airbag comprises core components including high-pressure cylinders, cylinder valves, pressure reducers, control valves, high-pressure hoses, quick-connect couplings, and the airbag itself. These components work in concert to ensure the stability and safety of the airbag.

2. Superior Performance: The air cushion features anti-static, crack-resistant, wear-resistant, oil-resistant, and anti-aging properties, enabling stable long-term operation in harsh environments and enhancing rescue efficiency.

3. Diverse Specifications: High-pressure lifting airbags are typically categorized into multiple specifications based on lifting capacity, generally ranging from 1 to 54 tons, to meet the demands of various rescue scenarios.

4. Simple Operation: The air pressure within the air cushion can be easily adjusted via the control valve, enabling precise support and lifting of heavy objects. The operation process is straightforward and efficient.

III. Application Scenarios:

1. Vehicle Accident Rescue: In vehicle accidents, high-pressure lifting airbags can be used to support crushed vehicles, ensuring rescuers can safely extract trapped occupants while minimizing the risk of further vehicle damage.

2. Building Collapse Rescue: In building collapse incidents, high-pressure lifting airbags can be deployed to support collapsed structural elements, preventing further collapse and providing rescue personnel with a safe working environment.

3. Other Rescue Scenarios: High-pressure lifting airbags can also be deployed in other rescue scenarios requiring support and stabilization of heavy objects, such as bridge collapses and earthquake rescue operations.

IV. Structure:

The lifting airbag consists of a high-pressure cylinder, cylinder valve, pressure reducer, control valve, high-pressure hose, quick-connect coupling, and the airbag itself. It features anti-static, crack-resistant, wear-resistant, oil-resistant, and anti-aging properties. Specifications are typically categorized by lifting capacity, which generally ranges from 1 to 54 tons.