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This study examines the impact of supply chain quality management (SCQM) on supply chain integration (SCI), operational performance (OP) and market performance (MP). The mediating impacts of SCI and OP on the SCQM–MP relationship are also explored and the indirect impact of SCQM on OP via SCI is investigated.

The study population included all Jordanian manufacturing firms. Data were collected through self-administered questionnaires filled out by a randomly selected sample of 267 participants from various industries. The model of this study was assessed for validity and reliability, which were found to be satisfactory. Research hypotheses were tested using structural equation modeling (SEM) with Analysis of a Moment Structures (AMOS) software.

The findings have important implications for the direct and indirect impacts of SCQM on MP. While the direct impact was found to be insignificant, SCI and OP were found to fully mediate the SCQM–MP relationship. The findings also demonstrated that the impact of SCI on OP was insignificant; likewise, the mediating impact of SCI on SCQM–OP was insignificant.

This study fills a knowledge gap regarding the impact of SCQM on MP. This study is one of the first studies to explore the mediating impacts of SC and operational capabilities in terms of SCI and OP on the SCQM–MP relationship. This study is also one of the first to explore the indirect impact of SCQM on OP via SCI. This study conceptualizes SCQM as collaborative quality management (OP) practices that are externally focused to include upstream and downstream members of the SC.

The current study seeks to investigate how supply chain quality management (SCQM) and supply chain agility (SCA) and innovation (SCI) have an impact on supply chain performance (SCP) and how SCQM affects SCP through the mediating role of SCA and SCI capabilities.

In line with the research objective, a quantitative model was applied, and a multi-item survey questionnaire was developed to collect primary data. A random sample of 284 manufacturing firms belonging to different industries was used. The measurement model was assessed for validity and reliability, and satisfactory levels of these tests were demonstrated. Research hypotheses were examined using structural equation modeling (SEM).

The results of the current study have significant implications in regard to the further improvement of SCP through SCQM. The study also found that SCQM plays a key role across the entire SC network in facilitating and developing SCA and SCI capabilities. The remarkable findings of the current study revealed the indirect effect of SCQM on SCP through SCA and SCI. These results broaden the work of previous studies which identified the positive effects of SCQM on performance by providing meaningful insights into SCQM's role in promoting SCA and SCI capabilities, which, in turn, further improves SCP.

This study addresses a gap in the literature concerning the effect of SCQM on SCP. In addition, it is the first study, to the best of the researchers' knowledge, to explore the role of two major SC capabilities, namely, SCA and SCI on the SCQM–SCP relationship. Moreover, the present study addresses a questionable issue in the literature regarding practices that conceptualize SCQM. Several studies confuse SCQM practices with internal quality management (QM) practices. This study defines SCQM as consisting of collaborative QM practices with external SC members and proposes five related practices for measuring SCQM.