High temperature lead-free glaze health cup and its production technique

Abstract

A high-temperature lead-free glaze health cup relates to a drinking cup and comprises a main cup body (1) which is a ceramic blank body, a high-temperature far-infrared lead-free glaze layer (2) fired on the inner wall of the ceramic blank body, and a glass glaze layer (3) fired on the far-infrared lead-free glaze layer. The technological process comprises the following steps: cast-molding the blank body, drying, trimming blank, applying the high-temperature far-infrared lead-free glaze, drying, firing, firing the glass glaze layer, printing applique, baking, inspecting, packaging and storing. The high-temperature lead-free glaze health cup has the advantages that firstly, the cup is integrated with NIR material by adopting the method integrated with the conventional process and the modern art; secondly, the cup body has firm structure, stable performance, good function effect and beautiful appearance by adopting the novel technology of high-temperature far-infrared lead-free glaze; and thirdly, the water is weak alkaline and the water purity is improved by adopting the novel material of the high-temperature far-infrared lead-free glaze.

Description

technical field [0001] The invention relates to a drinking cup in daily necessities and a manufacturing process thereof, in particular to a high-temperature lead-free glaze health care cup capable of producing activated water beneficial to human health and a manufacturing process thereof. Background technique [0002] Water cups are indispensable living utensils in our daily life. The health care cups based on far-infrared materials sold on the market at present. It uses far-infrared functional materials to emit far-infrared rays to generate energy to activate water. The existing far-infrared is the manufacturing process of the health cup of material has two kinds: a kind of is that the far-infrared material is compressed into sheet or made into ball and is placed in ceramic cup, glass cup, stainless steel cup or plastic cup. The disadvantage of this method is that the base cup and the far-infrared material are processed separately, and the produced product is not integrat...

AI Technical Summary

Problems solved by technology

The disadvantage of this process is that both ceramic products and glass products are fired at high temperature, which causes the far-infrared material to form a chemical reaction with the ceramic material or glass material, which destroys the performance of the far-infrared ceramic material and reduces the Its infrared emissivity, so this process is not perfect

At present, it has not been found that spraying high-temperature far-infrared paint on the inner wall of the cup, and then firing it into shape can emit far-infrared rays stably and efficiently, generate radiant energy, make the water weakly alkaline, and improve the purity of water to achieve activated water. The role of far-infrared high-temperature lead-free glaze health care cup and its manufacturing process to facilitate human body absorption

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