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Plasma modification method
Plasma modification method Plasma modification is an advanced surface engineering technology that utilizes active components such as high-energy electrons, ions, free radicals, and excited particles in plasma to physically and chemically interact with material surfaces, thereby achieving material performance control.

Aug. 12, 2026

Principle and characteristics of RF dielectric barrier discharge wide width plasma cleaning machine
Principle and characteristics of RF dielectric barrier discharge wide width plasma cleaning machine The Radio Frequency Dielectric Barrier Discharge (RF-DBD) wide width plasma cleaning machine utilizes a high-frequency alternating electric field to generate a uniform and stable high-density plasma at atmospheric pressure, which efficiently modifies the surface of materials through cleaning, etching, activation, cross-linking.

Aug. 12, 2026

Plasma treatment improves the dyeing performance of polyester fabrics
Plasma treatment improves the dyeing performance of polyester fabrics Plasma treatment is a dry finishing technology that saves water, energy, and reduces environmental pollution. Plasma treatment causes surface etching and changes in the microstructure of polyester fibers, making it easier for dye molecules to penetrate into the fibers, thereby enhancing the dyeability of polyester fabrics.

Aug. 12, 2026

Plasma Treatment of Pebax Medical Catheters to Improve Hydrophilic Adhesion Performance
Plasma Treatment of Pebax Medical Catheters to Improve Hydrophilic Adhesion Performance PEBAX medical catheters have become an important material for interventional medical devices due to their excellent comprehensive performance, but their low surface energy characteristics pose challenges to the bonding process.

Aug. 04, 2026

Effect of Plasma Surface Modification on Interfacial Bonding Performance of PP/CFRP Joints
Effect of Plasma Surface Modification on Interfacial Bonding Performance of PP/CFRP Joints Plasma forms a micro rough structure through physical etching, introduces polar functional groups through chemical grafting, and constructs stable chemical bonding and mechanical interlocking at the interface between PP material and CFRP, significantly improving the interfacial bonding strength.

Aug. 04, 2026

Plasma Surface Treatment of Chlorobutyl Rubber for Improved Adhesion Performance of Subsequent Coatings
Plasma Surface Treatment of Chlorobutyl Rubber for Improved Adhesion Performance of Subsequent Coatings In response to the potential leaching risk and low surface polarity of chlorinated butyl rubber sealing materials, which make it difficult to achieve effective coating adhesion, plasma treatment can introduce oxygen-containing polar functional groups on the surface of chlorinated butyl rubber and form a rough structure.

Aug. 04, 2026

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