High pressure grout pump in container
The high pressure groove pump is integrated inside a standard container, with a compact structure and high integration, making it easy for long-distance transportation and quick on-site installation. High pressure groove pump in container can provide high working pressure, usually up to several hundred bars or more, ensuring that the slurry can penetrate deep into the rock and soil mass, forming an effective reinforcement layer. The flow rate of the grouting pump can be adjusted according to the needs of the project to meet the requirements of different grouting processes. Equipped with advanced automation control system, it can achieve precise control and real-time monitoring of grouting parameters, improve grouting efficiency and construction quality. Due to the use of containerized design, the equipment has good overall mobility and can be easily transferred from one construction site to another.
The High Pressure Grout Pump in Container has been widely used in various engineering fields due to its unique container design, high pressure performance, adjustable flow rate, automated control, and mobility advantages.
Advantage of High Pressure Grout Pump in Container:
Reduce on-site installation time: The container design allows equipment to be quickly installed and put into use upon arrival at the site, shortening the construction period.
Reduce transportation costs: Standard container size and weight are beneficial for reducing transportation costs and improving economic efficiency.
Improve construction efficiency: Automated control systems and adjustable grouting parameters make the construction process more efficient and precise.
Strong adaptability: It can adapt to different geological conditions and engineering requirements, and is widely used in various fields such as foundation reinforcement, tunnel excavation, underground pipe galleries, etc.
Application scenarios of High Pressure Grout Pump in Container:
Foundation reinforcement: used for grouting reinforcement treatment of foundations in the construction of high-rise buildings, bridges, roads and other infrastructure.
Tunnels and underground engineering: Used for grouting reinforcement and waterproofing of rock and soil in underground engineering such as tunnel excavation, subway construction, and underground pipe galleries.
Slope and retaining wall reinforcement: In slope engineering and retaining wall reinforcement projects in mountainous and hilly areas, grouting is used to improve the overall integrity and stability of the rock and soil mass.
Water conservancy engineering: High Pressure Grout Pump in Container plays an important role in the anti-seepage and reinforcement treatment of water conservancy projects such as reservoir dams, embankments, and water gates.
