Enamel processing process used for metal weaving

Abstract

The invention discloses an enamel processing process used for metal weaving. The process comprises the steps that firstly, enamel glaze is subject to color test, and the time when the enamel begins tobe melted is recorded; secondly, a woven metal net is immersed in alcohol; thirdly, distilled water or pure distilled water mixed with enamel glue is sprayed to the woven metal net, and the enamel glaze is scattered to the metal net through a fine screen net; fourthly, an enamel supporting net is used for putting the metal net in a furnace to be fired, the firing temperature ranges from 600 DEG Cto 800 DEG C; fifthly, after the enamel glaze on the surface of the metal net begins to be fused, the furnace is opened, and the enamel supporting net and the metal net are taken out; sixthly, afterthe metal net is cooled to the room temperature, shape and color design is carried out. The processing process is few in firing step, and changeable in modeling. Through control of the temperature, enamel glaze in a particular caramel shape is fired, small jewelry, medium artware and large sculptures can be made, and the creation range is wide.

Description

technical field [0001] The invention relates to the field of enamel, in particular to an enamel process for metal weaving. Background technique [0002] The word enamel originated from Fufu, a place name in the ancient Western Regions during the Sui and Tang Dynasties in China, and it was mostly used as a synonym for artistic enamel. Traditional enamel production techniques include filigree enamel, filling enamel, painting enamel, etc. Traditional enamel is mostly fired on copper vessels, which can be applied to vessels and ornaments. Enamel has unique artistry and is also very popular among collectors. [0003] The metal carcass of traditional enamel handicrafts is mostly cast and forged, but there are some disadvantages. Traditional enamel handicrafts are difficult to make changeable and vivid artistic shapes. The volume and weight are large. The production requires professional large-scale equipment and professional technicians, and high temperature melting. Making and f...

AI Technical Summary

Problems solved by technology

If the metal carcass is too thin, it will be easily deformed during high-temperature firing in the furnace, and cannot withstand impact and extrusion after being released from the furnace. The toughness of the metal carcass will disappear and it will be brittle and easily broken.

[0005] The traditional enamel firing method is to fill in the color with wet enamel, which needs to be fired 2-4 times, and each firing has the risk of becoming a defective product, which is difficult to remedy

Traditional enamel techniques are complex and require as many as 30 processes. Due to the many firing processes and the unit volume of enamel, enamel fired by traditional techniques is only suitable for making utensils and ornamental pieces, and cannot make large-scale sculptures or jewelry. Small space, traditional shape

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