Features of Osley insoles Features of Osley insoles

Features: The underlying Osole material has a very strong perspiration performance and can also provide a certain foot feel and cushioning capacity. The back half of the palm is supported by cork, and the arch of the foot has PORON cushioning material to absorb the impact of walking. It can be said to be a very comprehensive and highly adaptable insole.

Ousley foam, a popular environmental protection insole material product, the main component is polyurethane (pu), the material does not contain any harmful substances, and fully meets the requirements of international environmental protection organizations. In addition to insoles and linings, the material can be used in clothing, sports equipment, backpacks and households.

Ousley foam is also called “breathing foam”, which can be completely confirmed. Put the foam near your mouth, take a deep breath and slowly exhale to the back of it, and put your hand on the back of it will be very comfortable. You can clearly feel the heating from the air blowing through the foam, which shows that the breathable, sweat-absorbing, and deodorizing functions of Osole foam are incomparable to materials such as EVA, PU, and silica gel.

Osley foam has the characteristics of breathability, sweat absorption, deodorization, mildew resistance, bacteriostasis, and good cushioning and shock absorption. Compared with environmentally friendly polymer foam, it has better air permeability, more washable, more wear-resistant, and lighter. , more soft advantages.

Osole foam has superior elasticity and high-density aggregation, which makes it have the effect of pressure relief and shock absorption, and can effectively absorb the rebound force generated by the ground during exercise or walking, so as to protect the feet, knees and The waist and other joints play a protective role, especially suitable for long-term use. Because of its ultra-high density, it guarantees its strong resistance to compression, deformation and tortuous friction. It can withstand long-term, high-frequency, high-strength pressure without deformation. Its durability and tearing are also unique. The materials are unmatched.