What is a boom pump?

A boom pump is a type of equipment commonly used in construction, engineering and other fields for concrete transportation. It is also called a concrete boom pump. It is mainly used to transport and distribute materials such as concrete and mortar. The superior performance and flexibility of the boom pump make it play an increasingly important role in engineering construction.

The role of concrete boom pump

A boom pump is a type of equipment that transports materials to a specified location through pressure. It is mainly composed of a pump body, a boom, a power system and other parts. The pump body is responsible for receiving and transporting materials, and the boom is responsible for moving the pump body to a suitable position for material transportation. The application of boom pumps in engineering has greatly improved construction efficiency and reduced labor costs.

Classification of concrete boom pumps

According to the different structures and functions of boom pumps, they can be divided into the following categories:

1. Fixed boom pump: The boom pump is installed on a fixed foundation and is suitable for short-distance and low-height material transportation.

2. Towable boom pump: The boom pump is installed on a towable chassis and can be moved with the construction site. It is suitable for medium and long-distance material transportation.

3. Vehicle-mounted boom pump: The boom pump is installed on a special vehicle and can quickly reach the construction site. It is suitable for large-scale engineering projects.

How does a boom pump work?

A boom pump is a device that transports concrete from a mixer truck to a construction site. The basic principle is to extract concrete from the hopper of the mixer truck through a pumping system and transport it to the construction site through a delivery pipeline. A boom pump usually consists of a boom, a pump truck, a delivery pipeline, and a control system.

The boom is the core component of the boom pump, which can be extended and rotated in the horizontal and vertical directions to achieve accurate delivery of concrete. The pump truck is the support and moving device of the boom pump, which can move the boom pump to different construction locations. The delivery pipeline is the channel connecting the pump truck and the construction site, and the concrete is transported to the target location through the pumping system. The control system is used to control the operation and operation of the boom pump

SMAT 18 meters concrete boom pump price

Item Model	Specification	Unit CIF Manila Price	Quantity	Total CIF Manila Price
SM5160THB18	18 meters boom	80,000USD	1 set	80,000USD
Sub Total CIF Manila Price: 84,510 USD
1. Payment Term: 30% advance payment by T/T, 70% to be paid before delivery of goods by T/T. 2. Delivery Time: within 20 working days after receiving payment. 3. Packing: Standard shipping container, spare parts package in wooden box. 4. Warranty: The guarantee period is 1 years, excluding tear and wear parts. 5. Quotation validity: the quotation is valid for 30 days.

Concrete boom pump specification

1.machine technical specification

2.Pumping system parameters

3.Boom leg Technical Specification

18m concrete boom pump truck features

Performance characteristics:

1. The piston is automatically reretracted for easy maintenance.

2. The new generation of electronic control system adopts energy-saving technology, easy to operate, safe and reliable.

3. Self-diagnosis system, CAN bus, dedicated controller application, allowing the operator to monitor the system status in real time. Improve the safety of the electrical system.

4. The boom movement flow is self-distributed, and the control system automatically adjusts the proportional current of the multichannel valve to ensure the continuity and coordination of the boom movement.

SMAT boom concrete pump advantages

The section “M” folding placement arm adopts advanced design methods such as finite element analysis, equal intensity parameter design and dynamic simulation of variable section to optimize the structural design parameters.

Concrete pump has light weight, good stability and small expansion space, which is especially suitable for tunnel and indoor operations with limited construction site. The single operation of the front “X” stabilizer can detect the position of the stabilizer on both sides in real time, control the effective rotation range of the boom, and can work normally in a narrow space, and does not allow the complete expansion of the stabilizer.

New Breakthrough in Remote Monitoring Technology

The remote monitoring system adopts computer network, radio communication, special location, advanced geographic information and other technologies to monitor the working condition of the overall vehicle, realize the remote diagnosis and early warning of faults, and provide strong technical support for marketing and after-sales service.

Automatic High / Low Pressure Automatic Switching

This means that when operating the high / low pressure switch, the user only needs to switch the pipe or turn the valve plate and press only one button to do all the operations. Easy to use, can quickly remove the pipe blockage, no leakage.

The Piston Returns Automatically

Concrete piston only needs to press a button to automatically return to the groove, easy to replace the concrete piston, and check the wear of the concrete piston at any time. Convenient operation, convenient, time-saving, save labor, high safety.

Flexible Suspension Pumping System

The connection between the hopper and the sub-frame adopts the pivot, which increases the flexible vibration damping device, absorbs the vibration of the core pumping system, reduces the influence of the pumping system on the vibration of the upper structure and the boom, and greatly extends the service life of the structural and hydraulic parts.

What should I pay attention to when purchasing a concrete boom pump?

When purchasing a boom pump, you need to pay attention to the following main parameters:

1. Displacement: Indicates the ability of the boom pump to transport materials per unit time, usually in cubic meters per hour.

2. Pressure: Indicates the pressure when the boom pump transports materials, usually in megapascals.

3. Arm length: Indicates the maximum horizontal distance when the boom pump transports materials, which will affect the range of material transportation.

4. Pump pipe diameter: Indicates the pipe diameter when the boom pump transports materials, which will affect the speed and efficiency of material transportation.

When selecting a boom pump, it is necessary to select it according to the actual situation of the project and the main parameters of the boom pump. For example, in the case of a long conveying distance, a boom pump with a larger arm length should be selected; in the case of high conveying pressure requirements, a boom pump with a larger pressure should be selected.

How to choose a suitable concrete boom pump?

The selection of suitable boom pump parameters should comprehensively consider factors such as project requirements, conveying distance, concrete properties and construction environment to ensure that the boom pump can perform at its best in actual projects.

The selection of boom pump parameters is affected by the following factors:

1. Project scale: Different engineering projects require different boom pump parameters. For example, large-scale water conservancy projects require boom pumps with strong conveying capacity and high pressure.

2. Conveying distance: The distance of conveying will affect the pressure and conveying efficiency of the boom pump. The longer the distance, the higher the required pressure.

3. Concrete properties: The density, viscosity and other properties of concrete will affect the displacement and conveying efficiency of the boom pump.

4. Construction environment: Factors such as temperature, humidity, and terrain at the construction site will also affect the selection of boom pump parameters.