Advantages of breathable insoles

Breathable insoles have massage and ventilation layers on the top and bottom. The massage and ventilation layers are combined using ultrasonic waves. Multiple protrusions with ventilation holes are formed on the upper surface of the massage layer, and multiple ventilation holes corresponding one-to-one with the ventilation holes are formed on the ventilation layer. The ventilation holes are connected to the bottom surface of the ventilation layer. Breathable insoles massage the soles of the feet while ensuring that the surface of the insoles is well-ventilated, preventing deformation and ensuring durability. Let's take a look at the advantages of breathable insoles!

　　Many people use insoles when wearing shoes, and some shoes even come with dedicated insoles. The main functions of existing insoles are to adjust shoe size or prevent moisture inside the shoes by changing insoles. With improving living standards, modern people increasingly value health, and breathable insoles are becoming more and more popular. Breathable insoles massage the reflexology points on the feet through protrusions on the insole to achieve a fitness effect. However, existing breathable insoles have poor breathability. While massaging the soles of the feet, the heat and sweat generated during massage cannot be expelled from the insoles, leading to foot problems. In addition, existing insoles are made of a single layer of soft material, which is easily deformed and not durable after being worn, requiring improvement.

　　The purpose is to solve the problems existing in the current technology and provide a breathable composite health insole that massages the soles of the feet while ensuring breathability, preventing deformation, and ensuring durability.

　　The breathable insole has a massage layer and a ventilation layer configured on the top and bottom. The massage layer and ventilation layer are combined by ultrasonic waves. The breathable composite insole includes: multiple protrusions with ventilation holes formed on the upper surface of the massage layer; ventilation holes with multiple ventilation holes corresponding one-to-one with the ventilation holes formed on the ventilation layer; when a person steps on the massage layer, the protrusions of the massage layer massage the acupoints of the foot reflexology area to achieve a fitness purpose; at the same time, when a person steps on the protrusions, the protrusions are subjected to force, and the airflow on the surface of the massage layer is discharged from the ventilation holes between the massage layer and the ventilation layer to achieve ventilation; after the person lifts their foot, the airflow enters between the ventilation layer and the massage layer through the ventilation holes, enters the top of the massage layer through the ventilation holes, and the airflow is discharged from between the massage layer and the sole of the foot or sucked in from outside the insole to achieve ventilation, preventing the occurrence of foot diseases; in addition, when a person steps on the massage pad, the breathable layer under the massage pad supports the massage pad, making the massage pad less prone to deformation and extending its lifespan.

　　Through the synergistic action of the massage layer and ventilation layer combined by ultrasonic waves, the insole massages the soles of the feet while ensuring that the surface of the insole is breathable, preventing foot diseases, and preventing deformation and ensuring durability. The protrusions are bubble-like protrusions, protruding from the bottom surface of the massage layer to the top surface. The protrusions and ventilation layer enclose the flow space through which gas is supplied. The ventilation layer part between the ventilation holes under the protrusions is connected and supported. According to the above structure, the flow space is a temporary storage and transfer space for the airflow to pass through the ventilation holes in sequence, and the connecting support part supports the protrusions, so that when the bubble-like protrusions are stepped on by a person's feet, the protrusions are subjected to force for a long time without deformation, and the lifespan will not be shortened.

　　The above is an introduction to the advantages of breathable insoles. For more information, please contact us!