Manufacturing method for high-simulation artificial stalactite

Abstract

The invention relates to a manufacturing method for high-simulation artificial stalactite, in particular to a manufacturing method for three-grade high-simulation artificial stalactite. The manufacturing method comprises the steps of die blank moulding, detail modifying, paste substance spray and drip forming (primary stalactite forming), white primer spraying (intermediate stalactite forming), base color spraying, shape simulating manufacturing and surface treatment (high-grade stalactite forming). The stalactite obtained through the method is firm in structure, natural in appearance flow line, high in simulation degree compared with natural stalactite, short in production period, low in cost and simple in process, the requirement for the professional degree of operators is low, and no engraving treatment is needed.

Description

technical field [0001] The invention relates to a method for manufacturing high-simulation artificial stalactites, in particular to a method for manufacturing high-simulation artificial stalactites including three levels, which can produce decorative effects in decorative artworks, and belongs to the field of decorative arts and crafts. Background technique [0002] Some stalactites are also called stalactites. Stalactites mainly appear in large quantities in karst caves produced by karst terrain. In a broad sense, stalactites refer to stalactites formed in caves in carbonate rock areas during the long geological history and under specific geological conditions. The general term for different forms of calcium carbonate precipitates such as stalagmites and stone pillars. Stalactites are stone pillars that grow from top to bottom, and stalagmites are stone pillars that grow from bottom to top. There is no difference between the two in essence. The only difference lies in the or...

AI Technical Summary

Problems solved by technology

When the water dissolved in calcium carbonate drips from the roof of the cave, the dissolved calcium becomes solid again due to the evaporation of water and the escape of carbon dioxide (called solidification, which gradually grows from top to bottom, called solidification). Generally speaking, stalactites only grow 1 meter every ten thousand years. In terms of geological research, stalactites have great value and significance, but stalactites are shiny and peculiar in shape, and have high appreciation and collection value. A large number of illegal theft and excavation of stalactites have occurred. This is undoubtedly a practice of killing chickens and taking eggs. On the one hand, it destroys the geology of stalactites with research value, and on the other hand, it also seriously affects the follow-up tourism development of the karst cave where the stalactites are located. It is widely used in the decoration of high-end clubs and tourist attractions, and the market price has risen rapidly, which has exacerbated the phenomenon of illegal excavation and stealing of stalactites. What the market needs is not natural stalactites, but a kind that is very similar to natural stalactites. High simulation stalactites, the decline or disappearance of natural stalactite market demand is an effective means to effectively reduce illegal excavation and steal natural stalactites. China's stalactite production areas are mainly concentrated in Guangxi and Yunnan. Although the stock seems huge, it is natural. The growth rate of stalactites is simply too slow to meet the market demand

[0004] The Chinese patent with the publication number CN97106397 is titled "Manufacturing Technology of Highly Simulated Taihu Stone Marble, Granite, Stalactite, Ginkgo Peak, Stone Carving, etc.", which discloses a method for artificially imitating natural stalactites. Concrete casting is artificially modified after the blank is obtained. The problem of this patent is that the support of the mold is difficult and needs to be processed by carving. The process operation is difficult and requires multiple carvings. The cost of imitation stalactites is also high At the same time, the surface details of the imitation stalactites are completely realized by engraving, which will undoubtedly increase the huge cost. At the same time, it is difficult to guarantee the degree of simulation, and it is difficult to meet the market demand. The market demand cannot be compared with natural stalactites.

[0005] The Chinese patent with the publication number CN200410070432, the patent name is "manufacturing method of artificial natural landscape stalactite cave", the patent discloses how to artificially manufacture the method of stalactite cave, which involves the support technology of stalactite, the specific process is to adopt mold to transparent Resin is shaped to obtain artificial stalactites with a configuration similar to natural stalactites, and then polished and carved to obtain the final artificial stalactites. The technical defect of this patent is still that it is difficult to make molds, and the subsequent processing of artificial stalactites is relatively high. It cannot be separated from the process of engraving, and engraving simulation will undoubtedly increase production costs and labor costs, because engraving is not a process that any technician can perform, it requires a large number of professionals to operate, and the production cycle is long. It also brings the problem of high production cost, which is also one of the huge problems in the artificial imitation of existing stalactites. It cannot be separated from the carving process, and it is necessary to realize the modification of the outer surface of artificial stalactites through carving, so as to improve the degree of simulation. The problem of using chemical reagents to imitate the production method of natural stalactites to obtain stalactites is another huge problem in artificial imitation. The problem is that while the growth cycle is long, the imitation stalactites are small in structure and not compact in structure, poor in firmness, and easy to produce. broken broken

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