Low Efficiency & Frequent Mold Switching in Drainage and Curb Construction? SMC-5500 Enables Dual-Mold Continuous Paving

With the continuous improvement of highway construction standards in China, higher requirements are placed on the precision, efficiency, and continuity of drainage channel and curb construction. Traditional methods rely on manual formwork and segmented pouring, which are inefficient and time-consuming, especially when switching between different structures. In addition, it is difficult to maintain consistent surface quality and alignment.

The project is located in Anhui, China. The customer purchased one SMC-5500 medium slipform paver with two sets of molds for highway drainage channel and curb construction. The project involves multiple structure types and long paving sections, requiring high adaptability and fast switching capability to improve overall efficiency.

We provided the SMC-5500 slipform paver with a dual-mold solution, enabling multi-purpose application with one machine. The machine features a three-track full hydraulic drive system, ensuring stability and adaptability in complex job sites. With a modular mold design, the customer can quickly switch between drainage channel and curb construction, significantly reducing downtime.

The SMC-5500 offers a maximum paving height of 1800 mm, suitable for various structure sizes. It is equipped with 8 vibration circuits, with a maximum frequency of 167 Hz, ensuring excellent concrete compaction and surface quality. Powered by a 118 kW engine, the paving speed can reach up to 8 m/min, enabling continuous and efficient construction.

The customer reported stable machine performance and smooth operation. Compared with traditional methods, the SMC-5500 significantly reduced manual labor and enabled continuous paving. Fast mold switching improved workflow efficiency between drainage and curb construction, while ensuring better surface finish and alignment.

The SMC-5500 slipform paver, with its multi-function capability, quick mold switching, and high-efficiency performance, is an ideal solution for highway drainage and curb construction. It helps contractors improve efficiency, reduce labor costs, and deliver high-quality infrastructure projects.