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integrity of metal- polymer bonds depends critically upon the morphology of the surface oxide on the metal. For aluminium and titanium , the metals studied, it is demonstrated that certain etching ...
) 692 694 The improvement of adhesion of polymer on titanium surface after treatment with TEA-CO2 laser irradiation W. D. MULLER, K. SELIGER, J. MEYER Biomaterial Research, University Hospital "'CharitO ...
The adhesion between carbon fiber-reinforced polymer (CFRP) and titanium parts can be improved by laser surface texturing before gluing them together. Here, a pulsed Nd:YAG laser was employed before ...
High‐performance adhesive bonds require clean, microscopically rough adherend surfaces that are compatible with the adhesive or primer. Such surface allow wetting by the polymer and a complete ...
release. This study shows the potential of biomimetic polydopamine (PDA) layers to control polymer ‐metal adhesion covering a range from strong bonding to release for poly(lactic acid) (PLA) adhering to two ...
In this study, anodizing treatment was utilized to etch titanium (Ti) substrates’ surface to prefabricate nano-cavities. Resin pre-coating (RPC) and three silane coupling agents’ coating ...
This study aimed to evaluate the effects of surface treatments and resin cement on the adhesion of ceramic and ceramic-like materials to titanium . A total of 40 specimens (5 mm diameter) of each ...
This investigation highlights the effect of surface modification on polyimide by atmospheric pressure plasma treatment with different exposure time. Surface modification of polymer by plasma ...
higher than that of the Ti with sandblasting only. Sandblasting and the MPTS treatment effectively promote the adhesion of the opaquer to Ti that rapidly forms an oxide surface layer. The silane‐aided ...
autohesive bonds were achieved between semi‐crystalline PEEK surfaces using a treatment in RF plasma with a mixture of methane and oxygen (CH4/O2) gases. The surfaces were bonded under pressure above the glass ...
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