Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a preparation method of a composite material crucible upper with a ceramic lining. The method comprises the following steps: preparing a modification liquid of glass fiber cloth and an impregnation liquid of carbon fiber cloth; soaking glass fiber cloth in the modification liquid, taking out and drying to obtain modified prepreg cloth, soaking carbon fiber cloth in the impregnation liquid, taking out and drying to obtain carbon fiber prepreg cloth; winding the modified prepreg on a winding machine to obtain a cylindrical body with a multi-layer structure, putting the cylindrical body into a curing oven, and heating to obtain a preliminarily cured cylindrical body; overlapping the modified prepreg cloth and carbon fiber prepreg cloth to form composite prepreg cloth, winding the composite prepreg cloth on the preliminarily cured barrel-shaped body in multiple layers to obtain a composite barrel-shaped body, putting the composite barrel-shaped body into a curing oven, and heating to obtain a preliminarily cured composite barrel-shaped body; and putting the preliminarily cured composite cylindrical body into a high-temperature furnace, raising the temperature to 1500-1800 DEG C, and keeping the temperature for 4 hours to obtain the composite material crucible side with the ceramic lining.
本发明公开了一种具有陶瓷内衬的复合材料埚帮的制备方法。其步骤是：制备玻璃纤维布的改性液和炭纤维布的浸渍液；玻璃纤维布浸入改性液后取出烘干，得改性预浸布，炭纤维布浸入浸渍液后取出烘干，得炭纤维预浸布；将改性预浸布在缠绕机上进行缠绕，得多层结构的筒状体，将筒状体置于固化炉中，加热得初步固化筒状体；将改性预浸布与炭纤维预浸布叠合为复合预浸布，将复合预浸布在初步固化筒状体上进行多层缠绕，得复合筒状体，将复合筒状体置入固化炉中，加热得初步固化复合筒状体；将初步固化复合筒状体置入高温炉内，升温至1500℃～1800℃保温4小时，得具有陶瓷内衬的复合材料埚帮。
The invention discloses a preparation method of a composite material crucible upper with a ceramic lining. The method comprises the following steps: preparing a modification liquid of glass fiber cloth and an impregnation liquid of carbon fiber cloth; soaking glass fiber cloth in the modification liquid, taking out and drying to obtain modified prepreg cloth, soaking carbon fiber cloth in the impregnation liquid, taking out and drying to obtain carbon fiber prepreg cloth; winding the modified prepreg on a winding machine to obtain a cylindrical body with a multi-layer structure, putting the cylindrical body into a curing oven, and heating to obtain a preliminarily cured cylindrical body; overlapping the modified prepreg cloth and carbon fiber prepreg cloth to form composite prepreg cloth, winding the composite prepreg cloth on the preliminarily cured barrel-shaped body in multiple layers to obtain a composite barrel-shaped body, putting the composite barrel-shaped body into a curing oven, and heating to obtain a preliminarily cured composite barrel-shaped body; and putting the preliminarily cured composite cylindrical body into a high-temperature furnace, raising the temperature to 1500-1800 DEG C, and keeping the temperature for 4 hours to obtain the composite material crucible side with the ceramic lining.
本发明公开了一种具有陶瓷内衬的复合材料埚帮的制备方法。其步骤是：制备玻璃纤维布的改性液和炭纤维布的浸渍液；玻璃纤维布浸入改性液后取出烘干，得改性预浸布，炭纤维布浸入浸渍液后取出烘干，得炭纤维预浸布；将改性预浸布在缠绕机上进行缠绕，得多层结构的筒状体，将筒状体置于固化炉中，加热得初步固化筒状体；将改性预浸布与炭纤维预浸布叠合为复合预浸布，将复合预浸布在初步固化筒状体上进行多层缠绕，得复合筒状体，将复合筒状体置入固化炉中，加热得初步固化复合筒状体；将初步固化复合筒状体置入高温炉内，升温至1500℃～1800℃保温4小时，得具有陶瓷内衬的复合材料埚帮。
Preparation method of composite material crucible upper with ceramic lining
一种具有陶瓷内衬的复合材料埚帮的制备方法
SHI MENG (Autor:in)
27.05.2022
Patent
Elektronische Ressource
Chinesisch
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