What is the importance of eliminating electrostatic charges during film sealing?
Why does a 'discharged' film weld better? Key role of eliminating electrostatics Elimination of electrostatic charge during film welding determines the tightness, aesthetics and repeatability of the weld. Reduced electrostatics reduces contamination in the overlap, stabilises material guidance, improves OEE and reduces rejects. Here is a practical guide: mechanism of the problem, benefits of deionisation,
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Does the deioniser affect the quality of the film seal?
Electrostatic charges versus a tight seal. What role does the deioniser play? Does the deioniser affect the quality of the film seal? The short answer is yes, and significantly so. Neutralising electrostatic charge reduces contamination in the weld, stabilises film guidance, improves the aesthetics and repeatability of the weld and reduces rejects. Here is a practical guide: the mechanism
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Why are the films electrostatically charged during production?
Electrostatic charging of films during production - why is it important? Electrostatic charging of films is a process that is used in many industries, especially during the production of packaging, medical or electronic materials. This phenomenon aims to improve the quality of the materials and facilitate their further processing. In this article
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Why does the film electrify during processing and how can this be remedied?
The problem of electrified film During the production and processing of film - whether packaging film, technical film or shrink film - excessive electrification often occurs. This phenomenon not only hinders the work of operators, but also leads to problems with product quality, contamination or uncontrolled adhesion. From where
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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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