The phrase "adhesion coating" is correct and usable in written English.
It can be used in contexts related to materials science, manufacturing, or surface treatment where a coating is applied to enhance adhesion between surfaces.
Example: "The adhesion coating applied to the metal surface significantly improved the bonding strength of the adhesive."
Alternatives: "bonding layer" or "adhesive layer".
The following target parameters were investigated: intensity of fouling, anti-corrosive effect, coating adhesion, coating integrity, flange corrosion, coating performance over welds, and condition of screw connections.
The investigation results are presented for some processes occurring at different stages of strong adhesion coating and modified layer creation with the use of high-dose implantation and deep diffusive doping of elements under pulsed energetic impact.
A relatively high density and adhesion coating were observed for the coating obtained in a vibratory ball mill for powder mixture ratio of hydroxyapatite to α-Ti as 1 1, respectively.
Coating to substrate adhesion and coating thickness have been examined via peel tests and transmission electron microscopy, respectively.
Ni/Cr was pre coated to work as bond coat for good adhesion between coating and the substrate material.
With adsorption, adhesion and coating analysis, it was found that the recombinant C-237 has comparable adhesion and coating ability compared with that of Cell-Tak™ (the positive control) and it was also much better than that of R-240, especially on the non-adhesive PTFE surface.
Moreover, the adhesion of coating and substrate was improved after the high-temperature oxidation, with the adhesion strength of the oxidized coating – Zr substrate more than ~50 N.
Two optimum spraying conditions that concern adhesion of coating to graphite and its hardness are obtained.
Finally, the mechanical adhesion of coating is examined by cross cut test (TQC CROSS CUT ADHESION TEST, Netherlands, according to the standard ASTM D3359-09D3359-09
