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年产1000万件日用陶瓷陶瓷厂工艺设计-—-化学专业本科生毕业设计.doc

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年产1000万件日用陶瓷陶瓷厂工艺设计-—-化学专业本科生毕业设计.doc

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年产1000万件日用陶瓷陶瓷厂工艺设计-—-化学专业本科生毕业设计.doc

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文档介绍:I 年产 1000 万件日用陶瓷陶瓷厂工艺设计摘要本设计是进行一个年产 1000 万件日用陶瓷陶瓷厂工艺设计。根据设计要求对各个工序均进行了严格的论证和计算,主要包括:坯釉料配方、全厂工艺流程、主要工艺制度和工艺参数的确定,物料衡算, 设备选型计算及对重点车间的工艺布置等。本次设计采用国内先进生产技术,注意降低生产成本,节省建厂资金。例如:利用辊道窑内气体余热对生坯进行干燥,减少热量损失;生产过程实现机械化,且基本可以实现自动化控制,节省了人力、物力,改善了工人的劳动环境。本设计选取了球磨机,国产辊道窑其他陶瓷工艺设备,这为产品的质量奠定了坚实的基础。厂区内部进行了适当的绿化,在不影响正常生产的情况下绿化了环境,减少了对环境的污染。此设计是一个成功和先进的设计,可以为其他工厂建厂时提供借鉴。关键词:陶瓷,物料衡算,资金概算,技术指标 II Abstract This design is for an annual output of10 million daily-use ceramics ceramics factory process design. According to the design requirements of the various processes are rigorous argument and calculation , including :body and glaze recipes , plant-wide process , the main process system and the determination of process parameters , material balance , equipment selection calculation and workshop process layout and soon. The design uses advanced production technology , pay attention to reduce production costs , save factories funds. For example : the use of roller kiln gas waste heat is drying green , reduce heat loss; mechanized production process , and basically can be automated control , saving manpower , material resources , improve the labor environment. The design selected ball mill , the roller kiln , glazing line and other ceramic technology equipment , which has laid a solid foundation for the quality of the product. Factory within the green , green environment does not affect the normal production , to reduce the pollution of the environment. This design isa essful and state-of-the-art design can provide for other factories factory reference. Keywords : ceramic tile , material balance , the capital budget , the technical indicators III 目录 1绪论.............................................................................................................. 1 选题的依据......................................................................................... 1 设计参数.............................................................................................. 2 设计原则.......................