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The Effect of Plasma Treatment on the Adhesive Performance of TPU Extension Tube and PP Vascular Sheath Seat
The Effect of Plasma Treatment on the Adhesive Performance of TPU Extension Tube and PP Vascular Sheath Seat By activating the surface of TPU extension tubes and PP vascular sheath base substrates through plasma surface treatment, the contact angle can be reduced, the surface free energy of chemically inert plastics can be increased, and the adhesion of adhesives on the substrate surface can be improved, further enhancing the adhesive performance.

Jul. 03, 2026

Plasma cleaning of PCBA solder pads in optical communication modules improves wire bonding strength
Plasma cleaning of PCBA solder pads in optical communication modules improves wire bonding strength Through comparative experiments on the droplet angle of PCBA pads before and after plasma cleaning, it was found that the droplet angle of PCBA pads after plasma cleaning decreased significantly from 90 ° to 10 °, effectively removing particles and pollutants on the surface of PCBA pads, improving the strength of wire bonding.

Jul. 03, 2026

Application of plasma cleaning in fiber optic metallization coating process
Application of plasma cleaning in fiber optic metallization coating process Plasma cleaning relies on the dual effects of physical bombardment and chemical reaction, which can simultaneously complete the removal of residue and activation of functional groups after fiber stripping.

Jul. 03, 2026

The influence of different plasma cleaning times and powers on the surface hydrophilicity of stainless steel materials
The influence of different plasma cleaning times and powers on the surface hydrophilicity of stainless steel materials With the extension of plasma cleaning time, the water contact angle on the surface of stainless steel material first decreases and then increases, which also reflects the increasing and then decreasing hydrophilicity of the electrode surface.

Jun. 25, 2026

The influence of air plasma cleaning on the surface properties of carbon fiber
The influence of air plasma cleaning on the surface properties of carbon fiber Plasma cleaning, as a non-contact and low-energy surface engineering technology, uses high-energy particles generated by gas discharge plasma to physically etch and chemically react with the surface of carbon fibers.

Jun. 25, 2026

Principle of improving bonding performance of aramid fibers by plasma modification treatment
Principle of improving bonding performance of aramid fibers by plasma modification treatment When plasma treating aramid fibers, C, N, and O molecules in the air will be introduced and react, introducing more functional groups on the surface of aramid fibers, such as hydroxyl, amino, carboxyl, etc.

Jun. 21, 2026

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