Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High temperature materials aluminum titanate ceramic production plant Abstract 5 High temperature materials aluminum titanate ceramic production plant, including: grinder (LIO), conveyor (Viol), conveyor (V102), extruder (L102), buffer tank (F101), combustion furnace (B1O), vacuum pump (Ji01); the connection between the various components of the production plant is: conveyor (ViO) is connected respectively to grinder (LiOl) and extruder (LI02), conveyor (VI02) is 10 connected respectively to extruder (LI02) and combustion furnace (BiOl), combustion furnace (BiOl) is connected to buffer tank (F101), buffer tank (FiOl) is connected to vacuum pump (Ji01); among them, cylinder wall thickness of buffer tank (FiOl) is 6-7 mm. 15 Figure 1 e i Fge Figure 1
High temperature materials aluminum titanate ceramic production plant Abstract 5 High temperature materials aluminum titanate ceramic production plant, including: grinder (LIO), conveyor (Viol), conveyor (V102), extruder (L102), buffer tank (F101), combustion furnace (B1O), vacuum pump (Ji01); the connection between the various components of the production plant is: conveyor (ViO) is connected respectively to grinder (LiOl) and extruder (LI02), conveyor (VI02) is 10 connected respectively to extruder (LI02) and combustion furnace (BiOl), combustion furnace (BiOl) is connected to buffer tank (F101), buffer tank (FiOl) is connected to vacuum pump (Ji01); among them, cylinder wall thickness of buffer tank (FiOl) is 6-7 mm. 15 Figure 1 e i Fge Figure 1
Aluminum titanate ceramic material modification production method
| Europäisches Patentamt | 2015
Aluminum titanate ceramic with mullite addition
| British Library Online Contents | 2009
| Europäisches Patentamt | 2023