Reactor Pneumatic Telescopic Cleaning Device

Reactor Pneumatic Telescopic Cleaning Device

Reactor Pneumatic Telescopic Cleaning Device by CYCO is a specialized industrial cleaning tool designed for efficient, automated cleaning of reactors, storage tanks, mixers, and other large vessels. It uses a pneumatic telescopic mechanism that extends and retracts the cleaning head while delivering high-pressure fluid to remove residues from internal surfaces with full coverage. Ideal for food, chemical, pharmaceutical, and industrial environments, this device enhances cleaning efficiency, reduces labor, and fits a wide range of tank sizes and applications.

Categories: Cleaning Equipments, Reactor Cleaning Equipments

The Reactor Pneumatic Telescopic Cleaning System is designed for small to medium-sized reactors, with a telescopic reach of less than 1 meter. It uses a pneumatic or hydraulic cylinder to drive the cleaning mechanism, enabling precise control of the cleaning head’s position and angle for thorough internal cleaning.

The system is composed of a cylinder, mounting bracket, flange, spray nozzle linkage rod, reactor cleaning nozzles, high-pressure pump, piping, and a control system. The control system can be pneumatic or hydraulic, allowing for accurate adjustments of stroke length, speed, and positioning.

Features:

High Flexibility
The telescopic movement of the cylinder allows precise positioning of the cleaning head, making it ideal for cleaning reactors with complex internal structures.

Efficient Cleaning
Equipped with specialized spray nozzles for reactor cleaning, the system effectively removes residues, scaling, and stubborn deposits from the inner walls.

Multi-Unit Operation
One system can manage multiple cylinder-based cleaning units. With PLC control, it supports automatic telescoping and targeted cleaning, significantly reducing the need for manual operation.

Productivity & Efficiency
Targeted cleaning reduces the consumption of cleaning agents and water, lowering operational costs and environmental impact.