Highly reflective hydrophilic glazed glass process for double-glazed module

Abstract

The invention relates to the technical field of glass preparation and discloses a highly reflective hydrophilic glazed glass process for a double-glazed module. The preparation process is suitable forthe highly reflective hydrophilic glazed glass process for the double-glazed module. The highly reflective hydrophilic glazed glass process for the double-glazed module comprises the following steps:pouring titanium dioxide, glass flour and powder of resin into a stirring reaction kettle to obtain printing ink; then putting a coated ink glass sheet in a sintering furnace to be roasted; leaving the coated ink glass sheet to stand to over 90 DEG C; quickly cold-drying the glass sheet to volatilize volatile matters in the ink quickly and retaining a solidified material; and finally prepare thehighly reflective hydrophilic glazed glass for the double-glazed module. According to the highly reflective hydrophilic glazed glass process for the double-glazed module, the sintering immobility of ink and glass is ensured, the hydrophilicity of the surface of the ink layer can be ensured, selection of a formula of ink and resin is controlled and the production process links are controlled, and the hydrophilicity of the surface of the ink layer is ensured.

Description

technical field [0001] The invention relates to the field of deep processing of photovoltaic coated tempered glass, in particular to a high-reflection hydrophilic glazed glass process for double-glass components. Background technique [0002] The water-absorbing resin must be a hydrophilic resin, but the hydrophilic resin does not necessarily absorb water. It can absorb water because water has the ability to dissolve or swell the resin. At present, many resins have been modified by hydrophilicity. After modification, these resins have hydrophilic properties. Water-based, but cannot be swelled or dissolved by water, so we must pay attention to resins that are hydrophilic but not water-absorbent for use in high-reflection inks. [0003] As a user, how to control the glaze layer to be hydrophilic? It is generally known that the principle of hydrophobicity is that there is a smooth and delicate protective layer similar to an oil film on the surface, so that water droplets gather...

AI Technical Summary

Problems solved by technology

[0002] The water-absorbing resin must be a hydrophilic resin, but the hydrophilic resin does not necessarily absorb water. It can absorb water because water has the ability to dissolve or swell the resin. At present, many resins have been modified by hydrophilicity. After modification, these resins have hydrophilic properties. Water-based, but cannot be swelled or dissolved by water, so we must pay attention to resins that are hydrophilic but not water-absorbent for use in high-reflection inks