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The influence of different plasma treatment atmospheres on the bonding strength of surface coatings on steel substrates
The influence of different plasma treatment atmospheres on the bonding strength of surface coatings on steel substrates The bonding strength between the steel substrate treated with low-temperature plasma and the epoxy resin composite coating is significantly improved, and the increase trend shows oxygen plasma treatment>nitrogen plasma treatment>air plasma treatment.

Nov. 17, 2025

O2 plasma treatment of silicone rubber medical catheter surface improves subsequent coating bonding strength
O2 plasma treatment of silicone rubber medical catheter surface improves subsequent coating bonding strength By treating the surface of silicone rubber medical catheters with O2 plasma, active functional groups can be introduced to increase the hydrophilicity and roughness of the silicone rubber surface, providing an active surface for the subsequent preparation of functional coatings.

Nov. 17, 2025

Application of Low Temperature Plasma in Surface Modification of Oral Materials
Application of Low Temperature Plasma in Surface Modification of Oral Materials In recent years, the application of plasma in the field of oral medicine has become increasingly widespread. Plasma can also modify the surface of commonly used materials in the oral cavity by grafting or introducing new chemical functional groups, without damaging the structure and morphology of the material itself.

Nov. 07, 2025

The Effect of Plasma Treatment on the Adhesion of Organic Silicon Coatings on PC Material Surface
The Effect of Plasma Treatment on the Adhesion of Organic Silicon Coatings on PC Material Surface The membrane substrate interface shear strength of PC/STC2200 and PC/STC2560 after plasma treatment of PC materials increased from 7.27 MPa to 8.47 MPa and from 4.24 MPa to 6.12 MPa, respectively, indicating that plasma treatment of the substrate can effectively improve the adhesion between the organic silicon coating and PC.

Nov. 06, 2025

The effect of plasma treatment time on the surface chemical composition of cyclic olefin copolymer COC
The effect of plasma treatment time on the surface chemical composition of cyclic olefin copolymer COC After oxygen plasma treatment, the content of C element on the surface of COC cyclic olefin copolymer substrate decreases while the content of O element increases, introducing oxygen-containing groups and increasing surface polarity.

Nov. 06, 2025

The Effect of Plasma Treatment on the Surface Chemical Composition and Wettability of Aromatic III Fibers
The Effect of Plasma Treatment on the Surface Chemical Composition and Wettability of Aromatic III Fibers Aromatic III fibers have properties such as low density, ultra-high strength, ultra-high modulus, high temperature resistance, high impact resistance, wear resistance, and high transparency, and have broad application prospects.

Oct. 29, 2025

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