The HOWO TX 4X2 truck chassis paired with the XCMG 37-meter concrete pump is a piece of engineering equipment designed for efficient concrete construction. This equipment combines the stability and load-bearing capacity of the HOWO TX 4X2 truck chassis with the superior pumping performance of the XCMG 37-meter concrete pump. Designed to meet the demands for rapid and precise concrete delivery in various construction projects, it demonstrates exceptional efficiency and reliability, whether in high-rise buildings, bridge construction, or large-scale infrastructure projects.

HOWO TX 6 Wheels 37 Meters Pump Truck Specification
Product Name: HOWO TX 6 Wheels 37 Meters Pump Truck
Engine: MC Series, 320HP, Euro 2
Cabin: TX-F, with one bed, A/C, LHD
Gearbox: HW19710+HW50
Drive Axle: MCP16ZG, 1X16000KG
Tire: 13R22.5, 6+1 pcs
Fuel Tank: 400L
HOWO TX 6 Wheels 37 Meters Pump Truck specification only for your reference, we can manufacture other model basic your request.
HOWO TX 6 Wheels 37 Meters Pump Truck Features
The XCMG 37-meter concrete pump is equipped with a high-power engine, capable of producing up to 320 horsepower. This powerful engine easily handles urban construction, potholes, and muddy roads. Optimized pumping strategies also enhance the overall pumping capacity and ensure longer-lasting performance. The concrete pump utilizes an advanced hydraulic system to ensure smooth and reliable pumping, reduce failure rates, and improve construction efficiency.

HOWO TX 6 Wheels 37 Meters Pump Truck Boom
Its unique boom design allows for flexible and convenient operation, easily adapting to a variety of complex construction environments and meeting diverse engineering requirements. Manufactured from high-strength steel, the boom boasts excellent load-bearing capacity and deformation resistance, maintaining stable performance even under heavy loads and during long operations. Furthermore, the boom's smooth and rapid folding and unfolding significantly shortens construction preparation time and improves overall operational efficiency.
