目 次

1 总则····································································································1

2术语和符号······························································································2

2.1 术语·································································································2

2.2 符号·································································································3

3 材料与零部件···························································································4

3.1 铝合金材料························································································4

3.2 钢材·································································································5

3.3 焊接材料···························································································5

3.4其它材料···························································································5

3.5 零部件······························································································5

3.6 产品标记···························································································6

4设计·······································································································8

4.1 一般规定···························································································8

4.2 主体设计构造要求···············································································9

4.3 荷载与变形························································································9

4.4组合铝合金模板设计·········································································· 10

4.5 铝合金模板工程设计·········································································· 13

4.6 节点设计························································································· 26

5 制作与运输···························································································· 29

5.1 一般规定························································································· 29

5.2 制作基本要求··················································································· 29

5.3 材料管理························································································· 32

5.4标识······························································································· 32

5.5 包装······························································································· 32

5.6 装车······························································································· 33

5.7 运输······························································································· 33

6安装与拆除···························································································· 34

6.1 一般规定························································································· 34

6.2安装······························································································· 34

6.3 拆除······························································································· 36

6.4安全措施························································································· 37
1 总 则
1.0.1 为在工程建设中贯彻执行国家和地方技术经济政策，加强和规范组合铝合金模板的技术应用，保证产品制作、使用质量和施工安全，做到技术先进、工艺合理、节约资源、保护环境，制定本规程。
1.0.2 本规程适用于深圳市建筑工程的现浇混凝土结构中组合铝合金模板的设计、制作与运输、安装与拆除、检查与验收、保养与维修、回收与报废。
1.0.3 铝合金模板的模数应与现行国家标准 《建筑模数协调标准》GB/T50002.相协调.
1.0.4 铝合金模板设计应符合主体结构特点，主体结构设计也应考虑与组合铝合金模板的施工工艺相协调。
1.0.5 组合铝合金模板工程除应符合本规程外，尚应符合国家现行有关标准的规定。