Which one is better, TPR or EVA soles about choice of sports shoes?

In the field of sports shoes, the sole material has a significant impact on sports performance, comfort and durability. As common sole materials, TPR (thermoplastic rubber) and EVA each have unique advantages and are suitable for different sports and wearing needs. So do you know which of these two materials is better? The following is answered by Huizhou Zhongsuwang to help you choose the sole material that suits you.

For the choice of sports shoes, which one is better, TPR sole or EVA sole? The specific analysis is as follows:

1. Material characteristics

TPR sole: TPR is a blend of rubber and thermoplastic resin, with a hard texture and good elasticity and resilience. It has excellent wear resistance and can cope with long-term friction on various types of ground. TPR soles have good anti-slip properties, and the surface texture design can provide reliable grip on wet and slippery ground. It is also resistant to low temperatures and will not become hard and brittle at low temperatures, and still maintains a certain degree of flexibility. However, it is relatively heavy and has poor breathability.

EVA sole: EVA is a copolymer of ethylene and vinyl acetate. It is lightweight and well-known for its softness and good cushioning properties. It can effectively absorb the impact of sports and provide comfortable support for the feet. However, it has medium elasticity, is easily deformed under long-term pressure, and has lower wear resistance than TPR. It wears faster on rough roads, has weaker anti-skid properties on smooth roads, and is prone to hardening and brittleness at low temperatures.

2. Advantages in sports shoes

1. Advantages of TPR soles

Suitable for high-confrontation sports: In intense sports such as basketball and tennis, the high hardness and elasticity of TPR soles can firmly support the feet and reduce the risk of sprains. Its excellent wear resistance can withstand the wear of the soles caused by frequent sudden stops and changes of direction, helping athletes to exert their strength on the court.

Conquer complex outdoor terrain: Outdoor hiking shoes use TPR soles, whose anti-skid patterns can provide strong grip on slippery and rough roads to ensure walking safety, and are resistant to gravel scratches, and are competent for complex outdoor terrains.

Meet the demand for durability: TPR soles are not easy to deform even with long-term high-intensity use. They are suitable for people with heavy weight or frequent exercise, and always provide stable support and protection for the feet.

2. Advantages of EVA soles

Assist running and fitness: In running shoes and fitness shoes, the lightness of EVA soles can reduce exercise energy consumption, making long-distance running easier; good cushioning performance can absorb ground reaction force, reduce pressure on joints such as knees, reduce the risk of sports injuries, and make exercise more comfortable.

Suitable for leisure sports: During daily walking or light exercise, the soft feel of EVA soles improves comfort, whether it is urban commuting or simple training in the gym, it can bring a comfortable experience.

Outstanding cost-effectiveness: EVA soles have simple processing technology and are suitable for large-scale production. They are common in entry-level sports shoes or fast fashion brands. For price-sensitive consumers, they are very cost-effective.

Three, the performance shortcomings of both

TPR material: TPR soles are heavy and breathable, and they are easy to make your feet stuffy when worn for a long time. To solve these problems, some brands use "TPR + hollow structure" or "rubber patch" design to retain TPR wear resistance at key stress points while reducing the overall weight, such as the TPR stabilizer on the heel of basketball shoes, which is stable and not heavy.

EVA material: EVA soles have poor support and wear resistance, and are prone to collapse after long-term use, and the cushioning effect is reduced. To improve these, composite midsole design is often used to combine EVA with materials such as TPR and PU. For example, running shoes often use EVA midsoles with TPR outsoles to take into account both cushioning and wear resistance. There are also brands that use supercritical foaming EVA technology, such as Anta Wormhole Technology, to improve the rebound rate and service life of EVA.

IV. Suggestions from Huizhou Zhongsuwang Manufacturer

As a TPR thermoplastic rubber material processing manufacturer, when choosing sports shoes, you should decide whether to choose shoes with TPR or EVA soles based on the type of sports and personal needs. Sports like basketball, tennis, outdoor hiking, etc. require high wear resistance, support, and anti-torsion performance of the soles, or often exercise in low temperature environments, so shoes with TPR soles are more suitable; if you mainly do jogging, aerobics and other sports, pay attention to the lightweight, cushioning performance, and cost-effectiveness of the shoes, and wear them more in summer, then sports shoes with EVA soles or EVA combined with other materials are better choices.

In summary, TPR and EVA soles have their own advantages and disadvantages in the field of sports shoes. I hope that the above editor's division can help you better understand their characteristics, assist you in making wise decisions when purchasing sports shoes, and choose shoes that meet your own sports needs, thereby improving the sports experience and reducing the risk of sports injuries.