Manufacturing process adopting heat transfer printing for yoga mat

Abstract

The invention relates to a manufacturing process adopting heat transfer printing for a yoga mat. The original formula is improved in the traditional manufacturing process of the yoga mat, specifically, the manufacturing process provided by the invention comprises the following steps: weaving lining cloth, cutting the lining cloth, seaming the edge of the lining cloth, adhering a rubber soft cushion on the lining cloth layer, manufacturing a sweat absorbing layer, manufacturing a wear-resisting layer, adhering a veneer layer, carrying out heat transfer printing spraying printing, and carrying out sliding-preventing treatment. The heat transfer printing technology provided by the invention has the advantages that the printed and dyed patterns are high in color fastness, high in resolution ratio, rich in gradation, bright in colour, infinite in variety, small in chromatic aberration, high in printing speed, and high in efficiency, the quality is guaranteed, and the manufactured yoga mat has good rebound resilience and good sweat absorbency.

Description

technical field [0001] The invention belongs to the field of sports equipment, and in particular relates to a production process of thermal transfer printing yoga mats. Background technique [0002] A yoga mat is a mat that people lay under their feet when doing yoga. When people do yoga, they need to step on the yoga mat, and the yoga mat needs to provide greater friction to support the performer to perform yoga movements, otherwise the performer is extremely prone to falls due to the slippage of the yoga mat. However, the friction effect of most yoga mats on the market is not satisfactory, and with the extension of the use time of yoga mats, some yoga mats on the market are extremely prone to edge cracking, which seriously affects the normal service life of yoga mats. [0003] In the existing production process of yoga mats, most of the patterns on yoga mats adopt the traditional chemical printing and dyeing method. The patterns obtained by this method have low color fast...

AI Technical Summary

Problems solved by technology

When people do yoga, they need to step on the yoga mat, and the yoga mat needs to provide greater friction to support the performer to perform yoga movements, otherwise the performer is extremely prone to falls due to the slippage of the yoga mat

However, the friction effect of most yoga mats on the market is not satisfactory, and with the extension of the use time of yoga mats, some yoga mats on the market are extremely prone to edge cracking, which seriously affects the normal service life of yoga mats

[0003] In the existing production process of yoga mats, most of the patterns on yoga mats adopt the traditional chemical printing and dyeing method. The patterns obtained by this method have low color fastness and contain harmful substances. After a long time, they are easily contaminated by sweat, so they cannot be used for a long time. , Some of the existing yoga mats are made of inferior materials. After a period of use, they will stink due to the absorption of a large amount of sweat. Therefore, yoga mats must absorb sweat in time during use, and the sweat can be quickly cleaned after use.