What effect does the use of nylon 6+GF15% material have on the durability of Baby Balance Bike?

Nylon 6+GF15% is a specially treated composite material, mainly composed of nylon 6 resin and 15% glass fiber. Nylon 6 itself is a thermoplastic with good toughness, wear resistance and chemical corrosion resistance. The addition of glass fiber significantly improves the strength and stiffness of the material, making it a high-performance engineering plastic.
The high strength characteristics of nylon 6+GF15% material enable Baby Balance Bike to withstand large external impacts. When the baby is playing, the balance car may encounter various collisions and falls, but the frame and key components made of this material can effectively resist these impacts and reduce the risk of damage.
Wear resistance is one of the important indicators for measuring the durability of materials. The wear resistance of nylon 6+GF15% material has been significantly improved after being reinforced with glass fiber. This means that during long-term use, the wheels, pedals and other easily worn parts of the balance car can maintain a good shape and performance, extending the service life.
During use, baby balance bikes may come into contact with various chemicals, such as rain, mud, etc. Nylon 6+GF15% material has excellent corrosion resistance, can resist the erosion of these chemicals, and protect the surface and internal structure of the balance bike from damage.
Although nylon 6+GF15% material has high strength and rigidity, its density is relatively low, which reduces the overall weight of the balance bike. This is not only convenient for parents to carry and store, but also improves the comfort and flexibility of the baby's riding.
Nylon 6+GF15% material has a small dimensional change rate when the temperature changes, and the balance bike can maintain a stable size and shape under different climatic conditions, ensuring riding safety and comfort.
In actual applications, baby balance bikes using nylon 6+GF15% material generally show higher durability and stability. They can withstand larger loads, adapt to more complex road conditions, and still maintain good performance after long-term use. In addition, this material also makes the balance bike lighter, easier to operate and maintain.