Methods and processes for making breathable insoles

Breathable insoles are widely used in our daily lives. However, existing insoles do not have sufficient ventilation during use and can only be improved in terms of material. However, because even if air circulates inside the insole, especially in the toe area, the ventilation effect is very low, and users are prone to problems. Therefore, a breathable insole with a breathing function is proposed, and the user's toes can always maintain airflow during exercise. So, let's learn about the manufacturing methods and processes of breathable insoles!

　　The breathable insole design is novel and economical, achieving frequent ventilation of the foot area of the insole, achieving foot airflow, avoiding the occurrence of foot problems, and protecting the user's health even when wearing non-breathable shoes, effectively solving the problems of the background technology. To solve the above technical problems, this utility model provides a breathable insole with a breathing function. A hollow pad body is fixedly set inside, and an air inflow path is set in the hollow pad body. An air inlet is set at one end of the air inflow path, and a toe guide path is set at the other end of the air inflow path. A one-way air inflow valve is connected between the air inlet and the air inflow path, and a one-way exhaust valve is connected between the toe guide path and the gas exhaust path. Gas outlet holes are set on the surface of the toe guide path, and a gas storage chamber is set between the gas exhaust path, the one-way intake valve, and the one-way exhaust valve.

　　The breathable insole is equipped with breathable channels, toe guide channels, and exhaust vents to ensure that the foot area of the insole is always ventilated, further achieving toe airflow and avoiding the occurrence of foot diseases. Even if the user wears non-breathable shoes, foot diseases are less likely to occur. The one-way intake valve effectively ensures the automatic intake of external air and exhausts air in the sole and toe areas, ensuring normal air circulation inside the insole and effectively improving the use effect and performance of the automatic inflatable insole, suitable for widespread use.

　　A hollow cushion body is fixedly set inside the breathable insole body, and an air inlet passage is set inside the hollow cushion body. An air intake is set at one end of the air inlet passage, and a toe guide passage is set at the other end of the air inlet passage. A one-way air intake valve is connected between the air intake and the air intake passage, and a one-way exhaust valve is connected between the toe guide passage and the air intake passage. Micro-pores are set on the surface of the toe guide passage, and air storage chambers are set between the air intake passage, the one-way air intake valve, and the one-way exhaust valve. This automatic inflatable insole has a novel and economical design, achieving frequent ventilation of the foot area of the insole, achieving foot airflow, avoiding the occurrence of foot diseases, and protecting the user's health even when wearing non-breathable shoes.

　　The above is an introduction to the manufacturing methods and processes of breathable insoles. If you need to learn more, please feel free to contact us!