Influence of surface treatment on the resin-bonding of zirconia

Comparison of methanol/hydrochloric, ferric chloride acid versus tribochemical silica coating for adhesion of resin cement to zirconium dioxide

“…On the other hand, other studies reported structural defects after air-abrasion that makes ceramics more susceptible to fracture during function [5,17,18]. In terms of adhesion, silica coating in this study delivered the highest results, in line with previous studies [19][20][21][22][23]. Thus, surface conditioning with heated solution could not substitute air-abrasion for improved adhesion.…”

Effect of Sandblasting and Zirconia Primer Application on The Zirconia-Cement Shear Bond Strength (An in-vitro Study)

“…In the group received sandblasting, grit-blasting with alumina was found to give good results with resin cements, Grit-blasting is intended to remove contamination and increase the roughness and hence the specific surface area, thereby decreasing the effective contact angle and increase the wettability of luting material (21) .…”

Strengthen adhesion between zirconia and resin cement using different surface modifications

“…In addition, in a very short time it is necessary to remove surface contamination, form roughness from the surface to provide mechanical clamping, and increase the number of areas for chemical bonding between the cement and the ceramic surface . Several applications have been proposed for connecting resin to zirconia surface, including hot chemical etching, rotary systems, gas‐phase fluorination, selective infiltration etching, nano‐alumina coating, tribochemical silica coating, airborne‐particle abrasion, hydrofluoric acid etching after fused glass‐ceramic application, and various laser irradiation …”

“…In this study, it was aimed to strengthen the cement‐zirconia connection by roughening the zirconium ceramic surfaces with airborne‐particle abrasion, nano‐alumina coating, gas‐phase fluorination method based on the recommendations of various researchers . It was also aimed to evaluate the effectiveness of these surface treatments after thermal cycling.…”