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Diamond plasma etching
Diamond plasma etching Among various diamond etching methods, plasma etching technology has become an important means of diamond microfabrication due to its high precision and low damage advantages. Plasma generates volatile gases through physical sputtering and chemical reactions on the surface of materials, thereby achieving material removal.

Jun. 10, 2025

Oxygen plasma treatment improves the gas sensing performance of zinc oxide ZnO
Oxygen plasma treatment improves the gas sensing performance of zinc oxide ZnO Oxygen plasma treatment technology is a time-saving and environmentally friendly method for surface modification of various substrates. After oxygen plasma treatment, the grain size of ZnO materials decreases, the specific surface area of the material increases, and the proportion of adsorbed oxygen on the material surface increases significantly.

Jun. 10, 2025

Plasma treatment improves the properties of hollow glass microspheres/epoxy resin composite materials
Plasma treatment improves the properties of hollow glass microspheres/epoxy resin composite materials

Jun. 09, 2025

Ethylene tetrafluoroethylene copolymer ETFE plasma treatment improves adhesion
Ethylene tetrafluoroethylene copolymer ETFE plasma treatment improves adhesion After plasma treatment, the surface energy and surface wettability of ETFE increase, making the adhesive spread more evenly while utilizing chemical reactions with high surface energy groups present on the surface to enhance bonding performance.

Jun. 09, 2025

Plasma treatment before vacuum sealing improves adhesion performance
Plasma treatment before vacuum sealing improves adhesion performance Plasma treatment can improve the interfacial bonding and wetting properties of materials, enhance their adhesion. Therefore, plasma treatment can be applied to the surface of encapsulated components to increase their surface activity, enhance their wetting ability to the adhesive solution, and thus improve the bonding strength.

Jun. 03, 2025

Plasma treatment improves the properties of hollow glass microspheres/epoxy resin composite materials
Plasma treatment improves the properties of hollow glass microspheres/epoxy resin composite materials The active functional groups generated on the surface of hollow glass microspheres through plasma treatment can significantly improve their surface wettability, enhance the interaction force between hollow glass microspheres and epoxy resin interface, and effectively improve the mechanical properties of composite materials.

Jun. 03, 2025

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