8M Wide Concrete Slip Form Paver For Airport Pavement Laying

8-Meter-Wide Concrete Slipform Paver for Fast and Accurate Airport Pavement Laying

General description

The 8-meter-wide concrete slipform paver has important applications in the airport field.
In the construction of airport runways, it can complete the concrete laying work of wide runways at one time. With its larger paving width, it can significantly improve the construction efficiency and reduce construction joints, thereby enhancing the integrity and stability of the runway and ensuring the safety of aircraft takeoff and landing.
For the airport apron, the 8-meter-wide concrete slipform paver can quickly and evenly lay a large area of the apron ground. Enable the apron to have good bearing capacity and flatness to withstand the weight of the aircraft and frequent takeoff and landing operations.
During the construction of airport taxiways, this type of paver can efficiently complete the concrete paving task of the taxiway, ensure the quality and accuracy of the taxiway, and provide a smooth passage for the taxiing of aircraft.

Main performance and features
 

1. Efficient construction: It can carry out pavement laying continuously, greatly improving the construction speed and shortening the project duration.
2. High-precision forming: Ensure high-precision control of parameters such as the flatness, slope, and thickness of the pavement, making the pavement quality reach a high standard.
3. Material saving: Through precise control and continuous operation, the waste of materials such as concrete is reduced.
4. Good adaptability: It can adapt to the construction requirements of different types and grades of pavements, including urban roads and rural highways, etc.
5. High degree of automation: Equipped with an intelligent control system, it can automatically adjust construction parameters and reduce human errors.
6. Reduced manual intervention: It reduces the labor intensity of workers and the demand for a large number of manpower during the construction process.
7. Strong stability: It can maintain a stable working state during construction to ensure the consistency of construction quality.
8. Low maintenance cost: The structure is sturdy, and the daily maintenance work is relatively simple, reducing the maintenance cost for long-term use.

Technical Parameters

Cases: