Electrolyte IBC Tank Cleaning System

System Components:

High-Pressure Water Jet System:
This is the core component of the cleaning line. It uses a high-pressure pump to boost ordinary tap water to extremely high pressure, forming high-speed, high-density water jets through specially designed nozzles. These powerful jets can rapidly remove residues, dirt, and impurities from the inner walls of the IBC tanks.

3D Rotating Spray Head:
The spray head rotates in multiple directions, working with a telescopic positioning mechanism to ensure that the water jet covers every corner of the tank interior, achieving thorough, dead-angle-free cleaning.

Automatic Lifting Device:
This device precisely controls the vertical movement of the spray head to adapt to tanks of different sizes and shapes. It allows the spray head to automatically enter the tank for cleaning and retract after the cleaning is completed.

Control System:
An advanced control system manages the entire cleaning process. It can adjust parameters such as water jet pressure, spray head rotation speed, and the lifting mechanism’s movement, ensuring consistent and reliable cleaning results.

Technical Features of the Electrolyte IBC Tank Cleaning System:

High-Efficiency Cleaning:
The high-pressure water jets provide powerful impact force, quickly removing residues and contaminants from the tank walls. The 3D rotating spray head design ensures complete, dead-angle-free coverage inside the tank.

Eco-Friendly and Energy-Saving:
The system uses only ordinary tap water as the cleaning medium, with no chemical additives required, ensuring zero environmental pollution. Compared to traditional cleaning methods, high-pressure water jet cleaning is significantly more energy-efficient.

High Degree of Automation:
The entire cleaning process is fully automated via the control system, minimizing manual intervention, reducing labor intensity, and lowering labor costs. Automation also enhances the stability and reliability of the cleaning process.

High Safety Standards:
The system is equipped with comprehensive safety features such as emergency stop buttons and overload protection, ensuring operator safety. The high level of automation also minimizes risks associated with manual operation.