An odorless and environmentally friendly diving fabric and its intelligent preparation process

Abstract

The invention relates to the technical field of preparation of odorless and environmentally friendly diving cloth, in particular to an odorless and environmentally friendly diving cloth and an intelligent preparation process thereof. The cloth prepared by the present invention includes a cloth main body, an adhesive layer, and a silicone rubber layer; the intelligent preparation process of the cloth is completed by a separation device, and the preparation process includes the following steps: 1. Preparation of liquid silicone rubber: 1. ), solid silicone rubber or liquid silicone rubber, add solvent and mix and stir in the reaction kettle, and configure it as a liquid silicone rubber raw material that can be coated; 2), add a vulcanizer and pigment in the reaction kettle and stir to make a colored liquid Silicone rubber raw materials; 2. Attach liquid silicone rubber raw materials to the carrier by screen printing or spraying. The invention can rapidly prepare the odorless and environment-friendly diving cloth, and the preparation efficiency and quality of the odorless and environment-friendly diving cloth are better, so as to achieve the purpose of rapidly preparing high-quality, odorless and environment-friendly diving cloth.

Description

technical field [0001] The invention relates to the technical field of odorless and environment-friendly diving fabric and high-end intelligent preparation, in particular to an odorless and environment-friendly diving fabric and its intelligent preparation process. Background technique [0002] At present, the elastic waterproof fabrics used in the market mostly use polyester resin PU fabrics, that is, the surface of the elastic fabrics is covered with a layer of PU plastic coating. This fabric is widely used to make water sports clothing, such as swimming caps and swimsuits. Although the products made of this kind of cloth can meet the requirements of waterproof and sealing, they have obvious defects. One is that the polyester resin PU coating is easy to age and separates and falls off from the cloth layer, which shortens the service life of the product. Reduce and make the product lose water resistance. Second, it will cause obvious discomfort to the user. Third, the water...

AI Technical Summary

Problems solved by technology

[0002] At present, the elastic waterproof fabrics used in the market mostly use polyester resin PU fabrics, that is, the surface of the elastic fabrics is covered with a layer of PU plastic coating. This fabric is widely used to make water sports clothing, such as swimming caps and swimsuits. Although the products made of this kind of cloth can meet the requirements of waterproof and sealing, they have obvious defects. One is that the polyester resin PU coating is easy to age and separates and falls off from the cloth layer, which shortens the service life of the product. Reduce and make the product lose water resistance. Second, it will cause obvious discomfort to the user. Third, the water drainage and extensibility are not as good as silicone rubber products. However, pure silicone rubber products will directly contact the body surface when worn, and will suffer from poor air permeability. It makes the user feel uncomfortable, and it is easy to tear when touching sharp objects. Therefore, the existing technology adopts a method of bonding silicon rubber and cloth together. Silicon rubber has good elasticity, waterproof and air permeability. , more suitable for the use of diving fabrics;

[0003] When producing silicone rubber cloth, it is enough to bond the silicone rubber and the cloth together by hot pressing, and the silicone rubber needs a carrier for support. Therefore, after bonding with the cloth, the carrier needs to be separated from the silicone rubber, and The existing carrier is separated from the silicone rubber tightly by the pulling force when the fabric is rolled and the carrier is separated. Therefore, when the fabric is rolled, because the fabric has a certain elasticity, it will always be in a state of high tension when it is rolled. Under this condition, the fabric is overstretched, which not only leads to inaccurate dimensional accuracy, but also deforms the fabric and reduces the quality of winding

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