English:
With the continuous expansion of China’s highway network, the demand for efficient construction of roadside infrastructure has increased significantly. Highway shoulders and drainage channels play an important role in road safety and drainage performance. Traditional formwork construction methods often suffer from low efficiency, high labor costs, and inconsistent structural quality. As a result, contractors are increasingly adopting Concrete Slipform Paver technology for continuous and automated construction.
The project is located in Guangxi, China, as part of a local highway construction program. The contractor needed to build highway shoulders integrated with drainage channels along the road. The project required stable equipment capable of continuous paving while forming complex concrete structures in a single pass.
To meet the project requirements, we supplied one unit of the SMC-5000 Concrete Slipform Paver, equipped with a side-mounted mold to enable integrated construction of the highway shoulder and drainage channel.
The SMC-5000 features a three-track hydraulic walking system, automatic steering, and automatic leveling control, ensuring stable operation and precise paving. Its high-efficiency vibration system guarantees excellent concrete compaction and surface quality.
During construction, the SMC-5000 enabled continuous formation of the highway shoulder and drainage structure, significantly improving productivity while reducing labor requirements.
Key technical specifications include:
The equipment fully meets the requirements for high-quality construction of complex highway concrete structures.
The contractor reported that the SMC-5000 slipform paver operated reliably throughout the project. The machine enabled the shoulder and drainage channel to be formed in a single pass while maintaining high structural quality and significantly improving construction efficiency.
This project demonstrates the advantages of the SMC-5000 Concrete Slipform Paver in highway shoulder and drainage construction. With its stable three-track structure, automated control system, and high-efficiency vibration performance, the machine provides contractors with an efficient and reliable solution for modern concrete infrastructure projects.
