In the field of construction, concrete pouring is a crucial link. Over the past few years, the EPDAS team has helped construction parties accelerate the completion of infrastructure projects in multiple projects in South America. In the face of long-distance, high-density and high-intensity construction requirements, traditional concrete conveying methods often struggle to balance efficiency and stability. The successful application of EPDAS ‘concrete trailer pumps in construction projects in South America has provided an efficient and reliable pumping solution for high-strength concrete pouring.
Infrastructure construction in South America is developing rapidly. As one of the core equipment for concrete construction, the demand for concrete pumps in South America is showing a continuous upward trend. EPDAS concrete pumps seized the opportunity to enter the South American market, bringing new solutions to local construction and creating broad space for project cooperation between the two sides.
The South American region is often characterized by high altitudes or rugged terrain, it makes the transportation of equipment, the supply of materials and the distance for concrete pumping more challenging. To ensure that the concrete is poured before its initial setting, it is necessary to quickly transport the concrete into place; otherwise, it will affect the bonding performance and structural strength of the concrete.
The EPDAS construction team must take full account of the terrain characteristics when installing and positioning the concrete pump, striving to minimize the conveying resistance caused by excessively long pipelines, an excessive number of elbows, and large elevation differences, so as to ensure the quality of concrete pouring. And the infrastructure in South America is relatively underdeveloped, and transportation faces numerous challenges and difficulties.
The vehicles transporting concrete raw materials and concrete mixer trucks often experience delays cause of traffic congestion or road restrictions, resulting in discontinuous material supply. This, in turn, has an adverse impact on the construction progress and the overall construction schedule.
In order to satisfy engineering projects in South America, the EPDAS engineering team recommends the use of the DHBT series high-pressure trailer concrete pumps. This series of concrete pumps are equipped with high-performance diesel engines, advanced hydraulic systems and high-performance control, which can ensure the flow stability and pressure continuity of concrete during long-distance transportation.
High-pressure Pumping System
EPDAS adopts a dual hydraulic circuit design, which makes the oil pressure output more stable and avoids pumping interruption and pipe blockage. It can stably and continuously transport concrete through pipelines to pouring points hundreds of meters away.
High-Wear-Resistant Conveying Pipe and Switching Valve Structure
The EPDAS concrete delivery pump has optimized the design of key components such as the pumping cylinder and distribution valve, and adopted advanced sealing technology and wear-resistant materials to reduce friction and wear between components.
Intelligent Control System
Equipped with an advanced intelligent control system, this system integrates sensor technology, computer technology and automatic control technology, achieving all-round and precise monitoring and regulation of the pumping process.
Mobile Modular Design
The mobile concrete pump adopts a modular layout and is equipped with mobile tires. The key components are easy to disassemble and assemble, it is conducive to convenient operation in remote areas and ensures the construction progress.
During construction at the South American site, the EPDAS concrete pump successfully met the project’s massive concrete pouring demands. In terms of pumping height, it effortlessly reached 100 meters, providing robust support for high-rise construction. Whether pouring the foundation base or constructing the towering structure, it delivered concrete with precision.
Its continuous operating duration was particularly remarkable. During the most critical construction phase, the EPDAS concrete pump operated non-stop for 72 hours, undergoing only necessary brief inspections. It maintained stable pumping performance throughout, ensuring uninterrupted concrete pouring. This significantly boosted construction efficiency, laying a solid foundation for the project’s smooth progress.
The construction supervisor stated that the concrete pump of EPDAS operates stably and is easy to maintain. Especially under long-term high-load conditions, it still maintains uniform pumping, significantly improving the construction efficiency. The project party also highly praised the energy-saving effect and low-noise performance of the equipment.
As a globally leading manufacturer of concrete machinery, PDAS has always been dedicated to the research and development and manufacturing of concrete pumps, integrated mixing and pumping machines, and mobile mixing plants. The company has an active customer base in South America, providing them with spare parts supply, technical guidance and remote diagnostic support to ensure the long-term efficient operation of each piece of equipment.
With an advanced production system and international quality standards, EPDAS concrete pumps have been successfully applied in many countries in Southeast Asia, the Middle East, Africa and Latin America, earning the trust and praise of global customers.
EPDAS trailer concrete pumps successfully overcame numerous challenges during high-intensity continuous pouring operations at a South American construction site. Leveraging advanced technology, reliable stability, and intelligent control systems, they provided robust assurance for the project’s smooth progress.
EPDAS will continue to uphold high-quality equipment as its core philosophy, delivering more advanced concrete construction equipment solutions to global customers. This commitment will empower infrastructure projects worldwide to achieve greater stability and efficiency.
