"adhesion performance" is a correct and usable phrase in written English.
It refers to the ability of something to stick or adhere to another surface or material. Example: The new adhesive product has shown excellent adhesion performance, sticking firmly to various surfaces without any signs of peeling or lifting.
Table 3 makes a summary of the adhesion performance of each adhesive.
The main objective of this study is to improve the adhesion performance of PVAc adhesive by increasing open time through application of nanoparticles, specifically silicium dioxide (SiO2) and titanium dioxide (TiO2).
Overall, the results obtained in our study indicate that the operating temperature related to the glass transition temperature should be considered as a significant parameter for assessing the adhesion performance of micropatterned adhesives and in the technical design of adhesion devices.
Table 3 Adhesion performance of the nine adhesives against Aluminium (FRPT) and Composites (CPT) FM73 EA9695 EA9696 EA9686 AF163-2 AF191 AF3109-2 L-8100 NE Sup10HT Aluminium Good Neutral Good Good Good Neutral Bad Neutral Good Composite Bad Bad Good Neutral Good Good Good Good Neutral.
This indicates that, there is an increase of adhesion performance between the aluminium and adhesive with temperature.
The adhesion performance was measured by 3 M adhesive tape test.
In adhesion mapping, the darker color referred to less adhesion performances and vice versa.
For example, the best tack and peel adhesion performances were achieved after 30 and 60 s UV radiation for 3.0 wt% pyridinium photoinitiator PPP, after 60 and 90 s UV exposure for 4.0 wt% pyridinium photoinitiator HPP and after 90 s UV-crosslinking in the case of 5.0 wt% pyridinium photoinitiator OPP.
Microfoulants of diatoms and bacterial progenies were selected and used to assess the anti-adhesion performance of the tailored nanosurfaces.
Historical tests used to measure adhesive performance (peel adhesion, tack, and shear strength) were originally developed for industrial pressure sensitive tapes and these tests are dependent on substrates, backing materials, and test parameters 1. Adhesion —force to remove adhesive from a defined substrate.
Results on adhesion, corrosion performance in aqueous media and thickness uniformity are shown.
