How do I choose the right length of JO-96 electrode for my needs?
How to select the length of the JO-96 electrode for effective deionisation of film? Removing electrostatic charges from the surface of film and other materials moving along the production line requires precisely selected components. One of the key components of the deionisation system is the JO-96 blade electrode. The correct selection of its length and version has a direct impact on the
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How do electrostatic charges arise?
The formation of electrostatic charge In their natural state, bodies have balanced amounts of positive and negative charge. This makes them electrically inert and they do not interact with their surroundings. However, as a result of various phenomena, these charges can move, resulting in electrified surfaces. The principle of conservation of charge states that in
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Active blade neutralisers
Advanced solutions in the elimination of electrostatic charges Active blade neutralisers are one of the most effective solutions in the fight against electrostatic charges. Their design and operation are optimised for the precise and rapid elimination of problems caused by electrostatic charge on surfaces. How does a blade neutraliser work? The blade neutraliser is a device that uses a powerful
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The role of automation and electrostatic neutralisation
A modern approach to charge elimination In modern production lines, especially in the packaging industry, two factors are crucial: advanced automation and effective electrostatic charge neutralisation. Their synergy affects product quality, process efficiency and occupational safety. Automation of production processes Industrial automation is responsible for the precise control of the entire
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What is the deioniser used for?
Electrostatic charge neutraliser Special deionisers are often fitted to sealing and film processing machines to act as electrostatic charge neutralisers. Their task is not to purify water, but to remove unwanted electrical charges that accumulate on the film surface during the production process. Why does the film electrify? During
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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 for
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Deionisation electrode
Nowadays, in the materials processing industry, the removal of electrostatic charges from various surfaces has become not only a necessity, but also a key part of the production process. In response to this need, scientists and engineers have developed an innovative solution - the blade deionising electrode. This advanced technology, working in conjunction with a high power supply
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Power supply for deionizer TZWN-07
Rated data: Supply voltage 230V 50Hz Power consumption approx. 12 W Short-circuit current > 1 mA Ambient temperature 273 to 333 K Operating humidity 0 to 80 % Amplitude of output voltage when loaded with JO-96/1800 electrode and 1500 mm cable 7 kV Operating position
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