After melt blending, the particles are dispersed down to the sub-micron scale.
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The process of electrostatic charge generation, the anti-static mechanism of TMW
Release Date:
May 27,2026
Source:
Corrosion is a process by which metals seek to regain their stable oxide state, that is, their original mineral form.
The process of static electricity generation
The contact interface where charges are generated due to contact.
When the contacting objects separate, some of the electrons that have migrated to the interface return to their original positions. The remaining electrons stay on the surface, giving rise to static electricity.
Conventional (low-molecular-weight) antistatic agents penetrate the film’s surface, providing antistatic performance. As the antistatic substance continuously migrates and precipitates from within the film, the antistatic effect gradually diminishes, while also posing a risk of contaminating the packaged goods.
TMW’s permanent antistatic film is based on a multi-layered ionomer–polyelectrolyte structure and a polymeric electrolyte, employing a novel technology that neutralizes charge imbalances through ions. It features instant electrostatic dissipation and low charge generation even in low-humidity environments. Thanks to its non-migratory polymer mesh structure, it maintains excellent low-charge performance even after washing or wiping.
TMW Antistatic Principle
The mechanism of action of polymeric permanent antistatic agents
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Combining artificial intelligence with big data for corrosion simulation and analysis, providing customers with comprehensive solutions.
Located in Xiagezhuang Town, Laixi, the project has a total investment of RMB 50 million and is expected to begin production in September 2025, adding RMB 20 million to annual output value.
Active Protection: The Vapor‑Phase Corrosion Inhibition Principle of Anti‑Rust Films
Rust‑preventive film is a functional packaging film for metal products that continuously releases rust‑inhibiting molecules within the package, forming a protective layer on the metal surface.
The rust‑preventive performance of a rust inhibitor depends not only on the product itself but is also influenced by pre‑coating surface preparation, application method, and storage conditions.
Long-Lasting Barrier: Surface Anti-Corrosion Technologies for Metal Pipelines
In addition to using vapor-phase corrosion‑inhibiting products for internal protection, surface treatment of the pipe substrate itself represents another approach to achieving corrosion resistance.
Pipeline Protection: Principles and Applications of VCI Rust-Preventive Tubing
During the storage and transportation of metal pipes and hollow components, internal wall corrosion is often an issue that is easily overlooked.
From Masterbatch to Film: Processing and Applications of Anti-Rust Masterbatches
Anti-rust masterbatches must be processed via blown-film extrusion to impart anti-rust functionality to plastic film products. From the addition ratio to the processing conditions, control during production directly affects the film’s anti-rust performance.
In the field of functional masterbatches, rust‑inhibiting masterbatches serve as a foundational raw material for producing vapor‑phase corrosion‑inhibiting films. By pre‑concentrating rust‑inhibiting functionality within plastic pellets, they offer a convenient solution for imparting anti‑corrosion properties to plastic products.
















