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Principle of Improving Adhesive Properties through Low Temperature Plasma Treatment of Rubber
Principle of Improving Adhesive Properties through Low Temperature Plasma Treatment of Rubber Low temperature plasma surface treatment can significantly improve the wettability and surface properties of rubber surfaces. At the same time, rubber materials undergo various physical and chemical reactions such as etching, cross-linking, and polymerization, which work together to promote better adhesion performance of the treated rubber material

Dec. 05, 2025

Glass plasma cleaning improves hydrophilic wettability and adhesive performance
Glass plasma cleaning improves hydrophilic wettability and adhesive performance The quality of the bonding interface depends on the wettability of the material surface, and improving the wettability of the glass surface plays a crucial role in the bonding between glass and other materials.

Dec. 05, 2025

Inductively Coupled Plasma Reactive Ion Etching Technology (ICP-RIE) - Plasma
Inductively Coupled Plasma Reactive Ion Etching Technology (ICP-RIE) - Plasma Inductively Coupled Plasma Reactive Ion Etching (ICP-RIE) technology has been optimized compared to traditional reactive ion etching, achieving more efficient plasma excitation by adding an RF source. The system uses two independent RF sources for plasma generation and etching rate control, significantly improving machining accuracy.

Dec. 01, 2025

Atmospheric plasma treatment of material surfaces
Atmospheric plasma treatment of material surfaces Atmospheric plasma is a plasma generated at atmospheric pressure. There is no complex vacuum system constraint in atmospheric plasma, and the gas pressure is close to atmospheric pressure. Compared with low-pressure plasma material surface treatment technology, it has the advantages of simple structure, low operating cost, and stability.

Dec. 01, 2025

Effect of oxygen plasma treatment on the structure and properties of carbon nanotube CNTs thin films
Effect of oxygen plasma treatment on the structure and properties of carbon nanotube CNTs thin films Plasma treatment has almost no effect on the morphology of carbon nanotube (CNT) films, but it can alter the chemical properties of CNT films and generate oxygen-containing functional groups on their surfaces, such as carboxyl, hydroxyl, and carbonyl groups, thereby improving the wettability of epoxy resin on CNT films.

Nov. 24, 2025

Organic film plasma treatment enhances hydrophilicity
Organic film plasma treatment enhances hydrophilicity The main reason why plasma treatment increases the hydrophilicity of organic film surfaces is as follows: free radicals and ions in the plasma undergo a series of physical and chemical reactions with the surface of the organic film, generating hydroxyl groups while removing surface attachments.

Nov. 21, 2025

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