A manufacturing process of anti-scalding ceramic silver-inlaid utensils

Abstract

The invention relates to a making process for a scald-preventing ceramic silvered vessel. The process comprises the following steps: base making; notching; die-opening; plate pressing; annealing; pulling-up of a silver inner container; trimming; shaping; and polishing. The objective of the making process for the scald-preventing ceramic silvered vessel is to overcome the phenomenon that a pure silver vessel is hot in use. Since a ceramic vessel is combined with pure silver and the silver inner container is inlaid in the inner wall of the ceramic vessel, so the ceramic vessel located at the outer part of the ceramic silvered vessel effectively achieves the purposes of heat insulation and scald prevention and the silver inner container located at the inner part of the ceramic silvered vessel has sterilization, disinfection and health care functions, thereby substantially improving practicality of the pure silver vessel; the silver inner container of the ceramic silvered vessel is inlaid in the inner wall of a ceramic bowl which is perpendicularly located below the edge of an opening of the ceramic vessel and is 1 to 6 mm far away from the edge, so the phenomenon that a lip is scalded when the lip contacts with the silver inner container during usage of the ceramic silvered vessel is prevented.

Description

technical field [0001] The invention specifically relates to a manufacturing process of a ceramic silver-inlaid vessel, in particular to a manufacturing process of an anti-scald ceramic silver-inlaid vessel. Background technique [0002] The use of silverware can be traced back to more than 2,000 years ago. The ancients discovered that silverware has the magical effect of prolonging life and distinguishing poison. "Compendium of Materia Medica" records that silver has the effect of "relieving the five internal organs, calming the mind, curing palpitations, avoiding evil spirits, strengthening the bones, calming the heart and improving eyesight". Modern science has revealed the mystery: silver can dissolve in water in the form of ions, and when it encounters bacteria, it will adsorb on it, making the colloid converge and solidify until the bacteria die. Therefore, silverware has good sterilization, disinfection, and health care properties, so silverware has been widely used ...

AI Technical Summary

Problems solved by technology

[0003] At present, the material of sterling silver tea sets, tableware, wine sets and other silver utensils on the market is sterling silver. Although its appearance is exquisite, its structural strength is good, and it has the functions of sterilization, disinfection and health care, silver has extremely strong thermal conductivity. This kind of silverware made of pure silver is very easy to burn the skin during the process, so it is not very practical.

Take sterling silver bowls and sterling silver cups as examples. The silver bowls and silver cups are made of sterling silver, which can easily burn your hands and lips during use.

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