A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a vacuum pressing method for compact artificial stone. The vacuum pressing method comprises the following steps that S1, mold manufacturing; S2, slurry preparation; S3, negative-pressure stirring; S4, mixing and stirring; S5, negative pressure pouring; and S6, grinding and polishing. The vacuum pressing method has the beneficial effects that calcite powder and a filling agent are poured into a tank B, unsaturated polyester resin is poured into a tank C, and auxiliary glue, a curing agent, an accelerant and a modifier are poured into a tank D for respective stirring, so that stirring is more uniform; meanwhile, through negative-pressure stirring, air in materials can be exhausted during stirring, and bubbles are prevented from appearing in the artificial stone; and when the materials in the tank B, the tank C and the tank D are discharged, the mass ratio of the materials discharged from the tank B, the tank C and the tank D in unit time is equal to the mass ratio of the materials in the tank B, the tank C and the tank D in the formula, so that the materials in a tank E are stirred more uniformly, and the quality of prepared artificial boards is more stable.
本发明提供了致密性人造石真空压制方法，包括以下步骤：S1模具制作；S2浆料制作；S3负压搅拌；S4混合搅拌；S5负压浇筑；S6打磨抛光；本发明的有益效果：通过将方解石粉和填充剂灌入B罐，不饱和树脂灌入C罐，辅助胶水、固化剂、促进剂和改性剂灌入D罐，进行分别搅拌，使得在搅拌的时候更均匀；同时通过负压搅拌，使得在搅拌时能够将物料内的空气排出，防止人造石材中出现气泡；通过将B罐、C罐和D罐内的物料放出时，B罐、C罐和D罐在单位时间内放出的物料的质量比等于配方中B罐、C罐和D罐中物料的质量比相等，提高E罐内物料搅拌的更均匀，制得的人造板材质量更稳定。
The invention provides a vacuum pressing method for compact artificial stone. The vacuum pressing method comprises the following steps that S1, mold manufacturing; S2, slurry preparation; S3, negative-pressure stirring; S4, mixing and stirring; S5, negative pressure pouring; and S6, grinding and polishing. The vacuum pressing method has the beneficial effects that calcite powder and a filling agent are poured into a tank B, unsaturated polyester resin is poured into a tank C, and auxiliary glue, a curing agent, an accelerant and a modifier are poured into a tank D for respective stirring, so that stirring is more uniform; meanwhile, through negative-pressure stirring, air in materials can be exhausted during stirring, and bubbles are prevented from appearing in the artificial stone; and when the materials in the tank B, the tank C and the tank D are discharged, the mass ratio of the materials discharged from the tank B, the tank C and the tank D in unit time is equal to the mass ratio of the materials in the tank B, the tank C and the tank D in the formula, so that the materials in a tank E are stirred more uniformly, and the quality of prepared artificial boards is more stable.
本发明提供了致密性人造石真空压制方法，包括以下步骤：S1模具制作；S2浆料制作；S3负压搅拌；S4混合搅拌；S5负压浇筑；S6打磨抛光；本发明的有益效果：通过将方解石粉和填充剂灌入B罐，不饱和树脂灌入C罐，辅助胶水、固化剂、促进剂和改性剂灌入D罐，进行分别搅拌，使得在搅拌的时候更均匀；同时通过负压搅拌，使得在搅拌时能够将物料内的空气排出，防止人造石材中出现气泡；通过将B罐、C罐和D罐内的物料放出时，B罐、C罐和D罐在单位时间内放出的物料的质量比等于配方中B罐、C罐和D罐中物料的质量比相等，提高E罐内物料搅拌的更均匀，制得的人造板材质量更稳定。
Vacuum pressing method for compact artificial stone
致密性人造石真空压制方法
LI LIN (author)
2021-04-20
Patent
Electronic Resource
Chinese
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