Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel sintering-free process and equipment for ceramic waste
The invention discloses a novel baking-free process and equipment for ceramic waste, 40-50% of mud red soil, 35-40% of ceramic waste, 10-15% of waste gypsum and 10-15% of binder, the ceramic waste and the waste gypsum are both ground into 120-170 mesh sieves, and when a ceramic raw material is produced and manufactured in the mode of the invention and the ceramic is manufactured by molding the raw material, because the water content is less, the sintering time is shortened, and the sintering time is shortened. Compared with a ceramic manufacturing process in the prior art, the method does not need to be used for forming after the formed ceramic is fired to evaporate moisture and then shrinks by about 18%, so that the problems of ceramic cracking, shrinkage and the like caused by firing can be effectively avoided, the time required for manufacturing the ceramic can be effectively shortened, and the production efficiency of the ceramic is improved. And meanwhile, the ceramic prepared by the invention adopts waste materials obtained by crushing waste ceramic as materials, so that the waste materials can be effectively recycled, certain environment-friendly, energy-saving and low-carbon effects are achieved, and an assembly line for preparing the novel non-fired craft ceramic can be formed through equipment in the embodiment II.
本发明公开了陶瓷废料新型免烧工艺及其设备，泥巴红土40‑50%、陶瓷废料35‑40%、废石膏为10‑15%、粘合物10‑15%，陶瓷废料以及废石膏均磨细为120‑170目筛，当通本发明的方式生产制作陶瓷原料及通过该原料塑形制作陶瓷，由于所含水量较少，并无需像现有技术中的陶瓷制作工艺般，且在现有技术中成型陶瓷后还需经过烧制蒸发水分后还会收缩18%左右才可成型，本发明能够有效避免因烧制而造成的陶瓷开裂及收缩等问题，并且能够有效的缩短制作陶瓷所需的时间，同时本发明所制成的陶瓷均采用废弃陶瓷破碎后的废料为材料，能够有效得回收再利用具有一定环保节能低碳效果，并且可通过实施例二中的设备形成制作新型免烧工艺陶瓷的流水线。
Novel sintering-free process and equipment for ceramic waste
The invention discloses a novel baking-free process and equipment for ceramic waste, 40-50% of mud red soil, 35-40% of ceramic waste, 10-15% of waste gypsum and 10-15% of binder, the ceramic waste and the waste gypsum are both ground into 120-170 mesh sieves, and when a ceramic raw material is produced and manufactured in the mode of the invention and the ceramic is manufactured by molding the raw material, because the water content is less, the sintering time is shortened, and the sintering time is shortened. Compared with a ceramic manufacturing process in the prior art, the method does not need to be used for forming after the formed ceramic is fired to evaporate moisture and then shrinks by about 18%, so that the problems of ceramic cracking, shrinkage and the like caused by firing can be effectively avoided, the time required for manufacturing the ceramic can be effectively shortened, and the production efficiency of the ceramic is improved. And meanwhile, the ceramic prepared by the invention adopts waste materials obtained by crushing waste ceramic as materials, so that the waste materials can be effectively recycled, certain environment-friendly, energy-saving and low-carbon effects are achieved, and an assembly line for preparing the novel non-fired craft ceramic can be formed through equipment in the embodiment II.
本发明公开了陶瓷废料新型免烧工艺及其设备，泥巴红土40‑50%、陶瓷废料35‑40%、废石膏为10‑15%、粘合物10‑15%，陶瓷废料以及废石膏均磨细为120‑170目筛，当通本发明的方式生产制作陶瓷原料及通过该原料塑形制作陶瓷，由于所含水量较少，并无需像现有技术中的陶瓷制作工艺般，且在现有技术中成型陶瓷后还需经过烧制蒸发水分后还会收缩18%左右才可成型，本发明能够有效避免因烧制而造成的陶瓷开裂及收缩等问题，并且能够有效的缩短制作陶瓷所需的时间，同时本发明所制成的陶瓷均采用废弃陶瓷破碎后的废料为材料，能够有效得回收再利用具有一定环保节能低碳效果，并且可通过实施例二中的设备形成制作新型免烧工艺陶瓷的流水线。
Novel sintering-free process and equipment for ceramic waste
陶瓷废料新型免烧工艺及其设备
GUO XIANPEI (Autor:in) / GUO WENQIANG (Autor:in) / GUO YALING (Autor:in) / GUO JUNXIANG (Autor:in) / GUO PEIQING (Autor:in)
13.12.2022
Patent
Elektronische Ressource
Chinesisch
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