Elastic Network

Elastic mesh is a fabric that consists of elastic fibers. It plays an important role in maintaining the shape and structure of various organs and tissues of the body.

The elastic network consists of two types of fibers: elastic and collagen. Elastic fibers are the most important as they provide elasticity and flexibility to fabrics. They are also responsible for stretching and contracting tissues, allowing them to adapt to changing conditions.

Collagen fibers, on the contrary, are responsible for the strength and stability of tissues. They form a frame that maintains the shape of tissues and protects them from damage.

The importance of the elastic network is that it provides flexibility and support to tissues, allowing them to adapt to different conditions. In addition, it plays a key role in wound healing and tissue repair after injury or surgery.

In the human body, the elastic network is present in various tissues, including skin, muscles, ligaments, blood vessels and internal organs. For example, in skin, the elastic network helps it stretch and contract, making it more elastic and resistant to damage.

In addition, the elastic network plays an important role during pregnancy. It provides support to the growing fetus and helps it adapt to changes in the mother's body.

Thus, the elastic network is an important element of the structure and function of the human body. Its proper functioning is key to maintaining human health and well-being.

Elastic mesh is one of the types of networks with a variable volume of threads, providing the ability to stretch, compress and bend the material.

Elastic nets, according to the principle of application, are: textile (woven and non-woven), knitted, knitted, woolen. Types of elastic nets depending on the purpose: mesh - large mesh, fine mesh for down and feather products; non-shedding - for insoles, knitwear. Elastic mesh has firmly entered our lives. It is used in almost all spheres of life. And over time, the scope of application of this important component of our world will only grow.