Introduction

The steel pipe electric transfer cart is an electric device specially designed for handling, stacking and transferring heavy tubular materials such as steel pipes. It usually adopts an electric drive system to replace the traditional fuel or manpower drive mode, thus achieving a more environmentally friendly, energy-saving and efficient steel pipe handling operation.

Product Information

Name:Electric Transfer Cart 

Model:DWP

Load capacity:20T(Customizable）

Product size: 4000*2000*650

Transport workpiece:Steel pipe material

Speed: 0-30m/min

Control mode: Wireless remote control

Steel pipe material transfer cart features:

1. Equipped with large-capacity lithium batteries or lead-acid batteries, support long-term continuous work, and can achieve intelligent charging.

2. Equipped with efficient electric motor to provide a strong driving force, even when fully loaded transportation can maintain smooth operation.

3. Made of high-strength steel, it has a strong carrying capacity and can carry 1-300 tons of heavy materials.

4. The low center of gravity design and strong frame structure ensure the safety and stability while carrying heavy objects.

Application scenario

Manufacturing: The trackless transfer cart used for the handling of heavy raw materials, semi-finished products and finished products in the production workshop to support assembly line operations and improve production efficiency.
Warehouse logistics: Handling and storage of heavy goods in large warehouses and logistics centers, optimizing logistics processes and improving warehouse management efficiency.
Heavy industry: Handling heavy materials in heavy industry environments such as steel mills, metallurgical plants and mines to support mass production and processing.
Construction site: Handling heavy construction materials and equipment on construction sites to adapt to the high-intensity work environment on the site.
Port terminal: Used for heavy cargo transfer of port terminal, adapt to complex terminal layout, improve cargo handling efficiency.