Equipment and method for strengthening durable antifouling property of shoes by using nano silicon-fluorine polymer

Abstract

The invention discloses equipment and a method for strengthening durable antifouling property of shoes by applying nano silicon-fluorine polymer, which comprises a finished product shoe spraying antifouling material platform, a heating and atomizing device, a pre-inspection platform, a cooling device and a finished product packaging platform, wherein the heating and atomizing device is arranged atthe output end of the finished shoe spraying antifouling, antibacterial, mildew-proof, odor-proof and waterproof material platform, finished shoes enter the heating and atomizing device after being sprayed with an antifouling, antibacterial, mildew-proof, odor-proof and waterproof polymer, and the pre-inspection platform is arranged at the output end of the heating and atomizing device. The cooling device is arranged at the output end of the pre-inspection platform and used for cooling the heated shoes and then enabling the shoes to enter the finished product packaging platform. According tothe equipment, the nano silicon-fluorine polymer is applied to the finished shoes, the antifouling, antibacterial, mildew-proof, anti-cracking, odor-proof and waterproof effects of the shoes are improved through a series of processing means, and the processing technology is improved.

Description

technical field [0001] The invention relates to the field of shoe processing, in particular to a device and a method for strengthening durable and antifouling properties of shoes using nano silicon fluoropolymers. Background technique [0002] Nano-silicon fluoropolymer itself has anti-fouling and hydrophobic properties, and it has been applied in many fields. At present, it has not been well applied in the shoe industry, mainly because the shoes are all used in the shoes during the production process. Spray the anti-fouling coating first, because many of them are done by hand, the shoes themselves are relatively soft, and there are many small pieces of materials spliced ​​together, and there will be gaps in the splicing itself, so after the finished shoes are made, it is impossible to completely The anti-fouling, anti-bacteria, anti-mildew, anti-odor, and waterproof effects are relatively poor. Contents of the invention [0003] The technical problem to be solved by the ...

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Problems solved by technology

[0002] Nano-silicon fluoropolymer itself has anti-fouling and hydrophobic properties, and it has been applied in many fields. At present, it has not been well applied in the shoe industry, mainly because the shoes are all used in the shoes during the production process. Spray the anti-fouling coating first, because many of them are done by hand, the shoes themselves are relatively soft, and there are many small pieces of materials spliced ​​together, and there will be gaps in the splicing itself, so after the finished shoes are made, it is impossible to completely Solve the effect of anti-fouling, anti-bacteria, anti-mildew, anti-odor, and waterproof, all of which are relatively poor

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