Experiential salt sculpture manufacturing method

Abstract

The invention belongs to the technical field of salt artware preparation, and particularly relates to an experiential salt sculpture manufacturing method. The method comprises the following steps: 1)preparing a salt sculpture mold as required; 2) taking refined granular salt as a main raw material, adding certain amounts of auxiliary materials, and performing mixing until uniformity to prepare amolding raw material; 3) filling the corners of the mold with the molding raw material prepared in step 2), then filling the remaining part, and fixing the mold to form a salt sculpture initial blank;4) heating and curing the salt sculpture primary blank prepared in step 3) to obtain a semi-finished salt sculpture product; and 5) deburring and packaging the semi-finished salt sculpture product toobtain a salt sculpture product. The preparation method has the characteristics of simple whole preparation process, and stable formation of a forming agent and salt for a long time, and the producthas the characteristics of fine appearance grain, no dissolution or fluidization of the salt, and effective reflection of the shape of salt particles; and the preparation method is simple, short in time and particularly suitable for the application field of cultural experience type tourist projects.

Description

technical field [0001] The invention belongs to the technical field of preparation of salt handicrafts, and specifically relates to an experience-based method for making salt sculptures. Background technique [0002] Zigong enjoys the reputation of "Thousand-year Salt Capital", "Hometown of Dinosaurs", "Lamp City of Southern China", and "Family of Food". It is a national historical and cultural city and an excellent tourist city in China. It receives a large number of domestic and foreign tourists every year. During the Spring Festival in 2017, 2.8 million tourists visited Zigong. While visiting Zigong’s characteristic salt, dragons, and lanterns, and enjoying delicious food, if tourism products with strong cultural characteristics can be provided, the value-added effect of tourism will be even greater. obvious. [0003] The existing salt carving technology is mainly applied to large-scale salt lake salt carvings, or some relatively simple small-scale carving art salt carvi...

AI Technical Summary

Problems solved by technology

However, in the process of salt crystallization, it is affected by factors such as changes in the concentration of brine, impurities in the brine, wind direction, relative humidity, water evaporation rate, crystallization rate, temperature changes, etc., so that the color and appearance of the salt carvings obtained The shape, etc. cannot be precisely controlled

Secondly, the structure of the salt products prepared by the above method is usually loose powder and fine block, so that there are problems such as not easy to preserve, not delicate enough, difficult to paint, and even difficult to produce in batches.

[0004] In addition, the salt handicrafts produced in the prior art, due to the characteristics of the salt itself, are easy to absorb moisture in the air. After a period of time, the salt will dissolve, resulting in fluidization of the salt handicrafts, or the situation of salt precipitation again.

Secondly, due to the chemical characteristics of salt itself, it will destroy the molding agent, so that the salt cannot coexist with the molding agent or molding agent, resulting in a short storage time for salt crafts and difficult molding

In addition, although some relatively simple salt carving production methods can be rapidly formed and solve the problem of long forming time, they have low forming rate, poor "art form" of salt handicrafts, rough appearance of products, and poor production process. more complex

In view of this, there is an urgent need for a rapid prototyping of salt handicrafts, product formula and production method that can maintain salt particles and appearance characteristics, to overcome the complex production process of the prior art, low product forming rate, easy fluidization, and difficult Preservation, not easy to mass production and other issues

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