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『코팅기술의 현재와 미래』는 코팅의 역사에서부터 현재에 이르기까지의 기술의 진보를 개설하고, 현재의 과제와 그에 대한 대처를 설명함으로써 코팅기술에 관한 이해를 도모하였다. 또, 환경부하를 경감하고 환경정화에 공헌할 가능성이 있는 코팅과 현재 대학에서 연구되고 있는 최신의 재료 기술을 소개하였다.
저자: 과학나눔연구회
1장 코팅의 역할
1-1 코팅의 역할 ···························9
1-2 고대의 코팅 ························· 10
1-3 19세기의 코팅 ······················· 16
1-4 우리나라의 전통 칠공예 ·············· 19
1-5 20세기의 코팅 ······················ 22
1-6 자동차용 도로의 진보 ················ 25
1-7 열경화성 도료에서의 새로운 가교반응 개발 ······························· 28
2장 생활 주변에서 보는 코팅
2-1 자동차용 도료 ······················· 33
2-2 프리코트 메탈용 도료 ················ 70
2-3 선박용 도료 ························ 77
2-4 알루미늄 건재용 소염도료 ············ 90
2-5 특징이 있는 도료들 ·················· 94
3 장 코팅의 현재, 미래
3-1 환경문제의 현실 ···················· 103
3-2 유기물질 규제의 현실과 동향 ········ 105
3-3 수성도료의 동향 ···················· 109
3-4 수성도료 리사이클 시스템과 그 도료 ·· 121
3-5 VOC 규제와 분체 도료 ·············· 127
3-6 환경을 정화하는 코팅과 그 기술 ······ 133
4 장 미래의 코팅을 위한 폴리머 재료
4-1 도료의 새로운 기능 ················· 143
4-2 특정한 자극으로 분해성을 나타내는 재료 ······························ 144
4-3 생분해성을 갖는 재료 ··············· 149
4-4 리사이클이 가능한 재료 ············· 154
4-5 환경정화에 기여하는 재료 ··········· 160
4-6 체적 팽창을 나타내는 재료 ·········· 167
ㆍ 참고문헌 ·································· 172
ㆍ 찾아보기 ·································· 176
1-1 코팅의 역할 ···························9
1-2 고대의 코팅 ························· 10
1-3 19세기의 코팅 ······················· 16
1-4 우리나라의 전통 칠공예 ·············· 19
1-5 20세기의 코팅 ······················ 22
1-6 자동차용 도로의 진보 ················ 25
1-7 열경화성 도료에서의 새로운 가교반응 개발 ······························· 28
2장 생활 주변에서 보는 코팅
2-1 자동차용 도료 ······················· 33
2-2 프리코트 메탈용 도료 ················ 70
2-3 선박용 도료 ························ 77
2-4 알루미늄 건재용 소염도료 ············ 90
2-5 특징이 있는 도료들 ·················· 94
3 장 코팅의 현재, 미래
3-1 환경문제의 현실 ···················· 103
3-2 유기물질 규제의 현실과 동향 ········ 105
3-3 수성도료의 동향 ···················· 109
3-4 수성도료 리사이클 시스템과 그 도료 ·· 121
3-5 VOC 규제와 분체 도료 ·············· 127
3-6 환경을 정화하는 코팅과 그 기술 ······ 133
4 장 미래의 코팅을 위한 폴리머 재료
4-1 도료의 새로운 기능 ················· 143
4-2 특정한 자극으로 분해성을 나타내는 재료 ······························ 144
4-3 생분해성을 갖는 재료 ··············· 149
4-4 리사이클이 가능한 재료 ············· 154
4-5 환경정화에 기여하는 재료 ··········· 160
4-6 체적 팽창을 나타내는 재료 ·········· 167
ㆍ 참고문헌 ·································· 172
ㆍ 찾아보기 ·································· 176
