Deioniser. What is it and how does it work?

In an industry where precision and efficiency are crucial, removing electrostatic charges from materials can be a challenge. However, thanks to evolving technology, an innovative solution has emerged - the Deioniser. This advanced system, consisting of the TZWN-07 high-voltage power supply and the JO-96 blade deionising electrode, is designed to remove electrostatic charges from a variety of materials such as fabrics, knitwear, yarn, paper and films, with the aim of streamlining the production process and improving user comfort.

How does the Deioniser work?

The deioniser works on the principle of electrocoagulation, which involves using a high-voltage power supply to generate an intense electric field. A sharp deionising electrode, integrated into the power supply, is directed towards the material to be cleaned. By acting on the surface of the material, the Deioniser neutralises electrostatic charges, which eliminates electrostatic effects and improves the quality and efficiency of the production process.

Benefits of the Deioniser:

1. Improving the quality of production: The removal of electrostatic charges from materials contributes to the elimination of electrification problems, which has a positive effect on the quality of the materials produced.

2. Increasing the efficiency of the production process: Improving the production process by eliminating static charge problems reduces production time and defective products.

3. Improving user experience: Removing electrification from materials contributes to the comfort of those operating industrial machinery and equipment.

4. Self-contained device: The deioniser is designed to operate independently of other equipment, which means that it can be used in a variety of production conditions without the need to modify existing infrastructure.

Summary

The deioniser, consisting of a high-voltage power supply and a blade deionising electrode, is an innovative solution for the removal of electrostatic charges from industrial materials. Its use contributes to improving the quality of production, increasing the efficiency of the production process and improving working comfort. Thanks to the device's self-contained nature, the Deioniser can be easily integrated into existing production processes, representing a significant step forward in the field of industrial technology.