insoles

The 4D designed insole has changed the force structure of the foot. It could provide us with strong support and shock absorption of our  forefoot, arches and heels. With the balance of the foot stress points so that it could alleviate pain of the foot.  Allow our feet a little rest from long shopping trips and extended walks through the metropolis of the world. The super soft foam support  insole could relieve our foot all the times where every we are. Flexible and soft foam give the feet support and comfortable whole day.

Memory foam is also called slow rebound sponge and inert sponge. Memory foam sponge, originally designed for NASA's space program, is a high-tech material. It was designed for astronauts to help relieve the pressure that astronauts take during takeoff and landing. Because of the unique pressure relief features of slow rebound sponges, slow rebound insoles allow your feet to rest in a natural pressure free position.

Memory foam is also called slow rebound sponge and inert sponge. Memory foam sponge, originally designed for NASA's space program, is a high-tech material. It was designed for astronauts to help relieve the pressure that astronauts take during takeoff and landing. Because of the unique pressure relief features of slow rebound sponges, slow rebound insoles allow your feet to rest in a natural pressure free position.

Memory foam is also called slow rebound sponge and inert sponge. Memory foam sponge, originally designed for NASA's space program, is a high-tech material. It was designed for astronauts to help relieve the pressure that astronauts take during takeoff and landing. Because of the unique pressure relief features of slow rebound sponges, slow rebound insoles allow your feet to rest in a natural pressure free position.

Memory foam is also called slow rebound sponge and inert sponge. Memory foam sponge, originally designed for NASA's space program, is a high-tech material. It was designed for astronauts to help relieve the pressure that astronauts take during takeoff and landing. Because of the unique pressure relief features of slow rebound sponges, slow rebound insoles allow your feet to rest in a natural pressure free position.

Memory foam is also called slow rebound sponge and inert sponge. Memory foam sponge, originally designed for NASA's space program, is a high-tech material. It was designed for astronauts to help relieve the pressure that astronauts take during takeoff and landing. Because of the unique pressure relief features of slow rebound sponges, slow rebound insoles allow your feet to rest in a natural pressure free position.

Ventilation, sweat absorption, deodorization, mildew resistance, antibacterial, good buffering and other typical characteristics, breathable, washable and durable than environmental polymer cotton Add activated carbon, antibacterial agent, ventilation, sweat absorption, deodorant, antibacterial and other special insoles to keep your feet dry. Ortholike insoles are superior to other materials in terms of durability, tearability, and machine washability. Ortholike insole is fixed in the original position, does not slip, and sticks to the bottom of the shoe. It is comfortable to wear, and has very good hardness and softness. Good cushioning maintenance and elasticity bring ideal damping effect.

The insole made of high elastic foam material is more flexible and more comfortable than ordinary insoles on the market. The insole has the characteristics of high elasticity, recyclability, shock absorption, wear resistance and non-deformation. Due to the special material of the insole, it is comfortable to wear and has: 1. Good shock absorption. 2. Good breathability. 3. It is not easy to deform under overload conditions.

The insole made of high elastic foam material is more flexible and more comfortable than ordinary insoles on the market. The insole has the characteristics of high elasticity, recyclability, shock absorption, wear resistance and non-deformation. Due to the special material of the insole, it is comfortable to wear and has: 1. Good shock absorption. 2. Good breathability. 3. It is not easy to deform under overload conditions.