Education Background

(1) Sep. 2008-Dec. 2013: Nanchang University, Polymer Science and Engineering, Ph.D. in Engineering.

(2) Sep. 2002-Jun. 2005: Jiangxi Normal University, Polymer Chemistry and Physics, Master of Science.

(3) Sep. 1998-Jun. 2002: Jiangxi Normal University, Chemistry Education, Bachelor of Science.

Work Experience

(1) Jan. 2023-Present: Jiangxi Science and Technology Normal University, Jiangxi Province Key Laboratory of Organic Functional Molecules, Professor.

(2) Nov. 2013-Dec. 2022: Jiangxi Science and Technology Normal University, Jiangxi Province Key Laboratory of Organic Functional Molecules, Associate Professor.

(3) Jul. 2005-Oct. 2013: Jiangxi Science and Technology Normal University, Jiangxi Province Key Laboratory of Organic Functional Molecules, Lecturer.

Fields of Research

1. R&D and iterative development of waterborne epoxy resins & compatible curing agents for industrial coatings.

2. Research on toughening and chemical resistance enhancement of waterborne epoxy coatings.

Major Research Achievements

I have been engaged in applied and fundamental research on waterborne epoxy resins & compatible curing agents for industrial coatings. In recent years, as the principal investigator, I have successfully completed one National Natural Science Foundation for Young Scholars project, five provincial-level research projects, and eight industry-sponsored collaborative projects, with over 10 developed products now commercially available. To date, I have published more than 20 papers as the first or corresponding author and obtained 1 U.S. patent and 13 Chinese invention patents. Additionally, I have supervised 15 postgraduate students to graduation, most of whom are now employed by leading enterprises in the coatings and related industries.

Representative Academic Works

ORCID: https://orcid.org/****

Research Gate: https://www.researchgate.net/profile/*****

1、Yongshan Zhao, Hao Zhang, Xingzhu Zhu, Mengtong Wang, Duowei Shen, Changqing Fu**, Jun Ma*. Stable waterborne epoxy resins: Impact of toughening agents on coating properties, Smart Materials in Manufacturing, 2025, 3: 100079.

2、Fu, Changqing，Wang, Jiahui，Chen, Lie，Shen, Liang*. Synthesis of a Fully Biobased Polyfunctional Vinyl Oligomer and Their UV Cured Films Prepared via Thiol-ene Coupling, Journal of Renewable Materials, 2019, 7(8): 795-805.

Granted Patents:

(1) Changqing Fu; Yongshan Zhao; Liang Shen; Jiasheng Wang; A bio-based phenoxy resin and its preparation method and applications. 2025-3-25, China, ZL202211675719.6.

(2) Changqing Fu; Liang Shen; Yaqi Hu; Tannic acid curing agent and preparation method and application thereof, 2022-8-4, America, US1147458B2.

(3) Changqing Fu; Liang Shen; Yaqi Hu; A Tannic acid curing agent and preparation method and applications, 2022-4-1, China, ZL201911160105.2.

(4) Changqing Fu; Liang Shen; Jian Wei; Carbamate-modified thiol epoxy curing agent: preparation and applications, 2019-8-30, China, ZL201710262633.3.

(5) Changqing Fu; Liang Shen; Hao Guo; Limonene-based polyurethane with high water resistance and roluene resistance: preparation method, 2019-6-7, China, ZL201610950587.1.

(6) Changqing Fu; Liang Shen; Wencai Li; Synthesis of vegetable oil-based cyclic carbonate prepolymer via thiol-ene click reaction, 2017-1-18, China, ZL201510305480.7.

(7) Changqing Fu; Liang Shen; Lie Cheng; Preparation and applications of fully bio-based photocurable reactive monomers, 2017-4-19, China, ZL201510447151.6.

(8) Changqing Fu; Liang Shen; Jiancheng Liu; Cardanol-based polyols and preparation methods of their polyurethanes, 2016-4-6, China, ZL201410303176.4.

(9) Changqing Fu; Liang Shen; Wencai Li; A castor oil-based branched polycyclic carbonate and preparation method of its non-isocyanate polyurethane, 2016-3-2, China, ZL201510889001.0.

(10) Changqing Fu; Liang Shen; Zitong Zheng; Preparation method of vegetable oil-based isocyanate, 2015-7-8, China, ZL201310348029.4.