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Microcapsule composite coatings containing

Figure 9.3 shows high-temperature oxidative weight increment curves of stainless steel with or without a zirconium oxide sol-gel coating and a zirconium oxide sol-gel composite coating containing microcapsules. It can be seen from Figure 9.2... [Pg.298]

Figure 9.4 DTA plots of silicone sol-gel films with or without incorporated microcapsules [1 ]. Curve 1 traditional silicone sol-gel coating. Curve 2 silicone sol-gel composite coating containing organosilicone and ZrOj... Figure 9.4 DTA plots of silicone sol-gel films with or without incorporated microcapsules [1 ]. Curve 1 traditional silicone sol-gel coating. Curve 2 silicone sol-gel composite coating containing organosilicone and ZrOj...
Improving the Wear Resistance and Frictional Coefficient of Copper Composite Coatings Containing Lube Oil-Microcapsules... [Pg.323]

Figure 9.22 illustrates the morphology of the composite coatings containing microcapsules and normal nickel-plating coatings before and after the wear-resist-... [Pg.327]

The above results indicated that the nickel-plating composite coatings containing lube oil-encapsulated microcapsules possessed excellent wear resistance. [Pg.330]

Figure 9.25(b) illustrates the polarized curve of the composite nickel-plating coating with or without abrasion (type 600 abrasive paper, 3600 movements). The results obtained revealed that the corrosion current on the surface of the composite coating containing antirust oil-encapsulated microcapsules was smaller after abrasion under the same anodic polarization potential. Abrasion of the composite coating surface ruptured the microcapsules such that the encapsulated oil was released and spread onto the surface. The polarization current was reduced that is, better wear and corrosion resistance was achieved if the microcapsules were... [Pg.331]

Figure 9.27 Anodic polarization curves of composite coatings containing corrosion inhibitor-microcapsules. Figure 9.27 Anodic polarization curves of composite coatings containing corrosion inhibitor-microcapsules.
Figure 9.29 Water-repellent behavior of composite coating containing hydrophobic agent-microcapsules. (a) Copper-plating coating, (b) Composite copper-plating coat-... Figure 9.29 Water-repellent behavior of composite coating containing hydrophobic agent-microcapsules. (a) Copper-plating coating, (b) Composite copper-plating coat-...
Figure 9.34 Plots of potential versus time for composite coatings containing corrosion inhibitor-microcapsules (solution 0.1 M sulfuric acid, mercurous sulfate reference electrode). Figure 9.34 Plots of potential versus time for composite coatings containing corrosion inhibitor-microcapsules (solution 0.1 M sulfuric acid, mercurous sulfate reference electrode).
The Electrodeposition Mechanism of Composite Plating Coating Containing Microcapsules... [Pg.314]

Figure 9.12 Differential capacitance curves of composite copper coating containing different microcapsules. Figure 9.12 Differential capacitance curves of composite copper coating containing different microcapsules.
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See also in sourсe #XX -- [ Pg.298 ]



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Coating compositions

Coatings composite

Improving the Wear Resistance and Frictional Coefficient of Copper Composite Coatings Containing Lube Oil-Microcapsules

Microcapsule-containing coating

Microcapsules

Microcapsules containing

Properties of Microcapsules Containing Composite Coatings

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