Gold stamping technology for metal-wire-net-imitating cloth

Abstract

The invention discloses a gold stamping technology for metal-wire-net-imitating cloth, relates to the technical field of gold stamping, and aims to solve the problems that net cloth cannot rebound after being folded, has no metal texture and is low in brightness and prone to oxidation to form spots. According to the technical scheme, the technology includes the following steps that a woven cloth base layer is prepared and is printed and dyed with a basic color through dip-dyeing; a fixer is added to the cloth base layer for fixation; the cloth base layer is dried, is cooled and dried at the room temperature and then is placed into an aluminum plating machine; evaporation is performed; cooling is performed after evaporation; a protective film layer covers the surface, plated with an aluminum film, of the cloth base layer in a printed manner through a photocuring equipment after cooling; and data measurement is performed after the cloth base layer is flattened, and coiling placing is performed. According to the gold stamping technology for the metal-wire-net-imitating cloth, the effect that the metal-wire-net-imitating cloth cannot rebound after being folded can be solved effectively, the defect that the cloth is prone to oxidation is also overcome, and meanwhile, the problems that plastic wire nets have no metal texture and is low in brightness are solved.

Description

technical field [0001] The invention relates to the technical field of bronzing, more specifically, it relates to a bronzing process imitating metal wire mesh. Background technique [0002] Existing metal mesh has a good decorative effect because of its good gloss, so it is used as a decorative material for various building materials and is widely used to make it play a decorative and beautiful effect. The rebound effect is poor, and it cannot be deformed reasonably to adapt to various environments. At the same time, the metal mesh is prone to oxidation and spots as the service life increases, resulting in low overall performance. Most of the traditional anti-metal mesh technology uses ordinary vacuum aluminized cast film. After compounding with other films (such as BOPP film), there will be a phenomenon of aluminum layer transfer or a small peeling force, resulting in the composite film being easy to separate. layer, seriously affecting the shelf life of the product. Ordi...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a bronzing process imitating wire mesh, which cannot rebound after folding, has poor metal texture, low brightness, and is easy to oxidize to form spots.

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