Under Collor felt

Industry Knowledge

How does the Under Collor Felt specifically realize the function of maintaining the shape and stiffness of the collar?

The specific function of Under Collor Felt in maintaining the shape and stiffness of the collar in clothing mainly depends on its unique physical properties and manufacturing process. The following is a detailed explanation of this function:
1. Physical properties
The collar felt is made of fiber materials through compression, felting and other processes, and has high density and resilience. This physical property enables the Under Collor Felt to maintain a certain shape stability and is not easy to deform when subjected to external forces. When it is placed inside the collar, it can effectively support the specific shape of the collar and prevent the collar from collapsing or deforming due to gravity, friction and other factors during wearing.
2. Manufacturing process
The manufacturing process of the Under Collor Felt is crucial to its function of maintaining the shape and stiffness of the collar. During the manufacturing process, the fiber material is repeatedly compressed and combed to form a tight interwoven structure between the fibers. This structure not only enhances the strength and stability of the collar felt, but also makes it better wrinkle resistance and wear resistance. Therefore, even after multiple washing and wearing, the Under Collor Felt can maintain a good shape and stiffness.
3. Cutting and sewing
During the garment making process, the cutting and sewing of the collar felt also affects its function of maintaining the collar shape. Designers and tailors will accurately cut the Under Collor Felt according to the shape and size of the collar and sew it firmly inside the collar. Through reasonable cutting and sewing technology, it can be ensured that the Under Collor Felt is closely combined with the collar fabric to jointly maintain the shape and stiffness of the collar.
The collar felt realizes the function of maintaining the collar shape and stiffness in the garment through its unique physical properties, production process and reasonable cutting and sewing technology. This function not only improves the overall aesthetics of the garment, but also enhances the comfort and durability of wearing.

How does the Under Collor Felt protect the collar fabric from damage during actual wear?

The role of the Under Collor Felt in protecting the collar fabric from damage during actual wear is mainly reflected in the following aspects:
1. Cushioning and absorption
The Under Collor Felt is usually made of soft fiber materials with certain gaps and elasticity between these fibers. When the collar rubs against external objects or skin, the Under Collor Felt can act as a buffer layer to absorb and disperse part of the impact force, thereby reducing direct wear on the collar fabric. This buffering effect helps to extend the service life of the collar and maintain its original beauty and texture.
2. Isolation and protection
The Under Collor Felt also plays an isolation role, isolating the collar fabric from external factors that may cause damage to it. For example, in a humid environment, the Under Collor Felt can absorb some moisture to prevent the collar fabric from deforming or moldy due to long-term moisture. At the same time, the Under Collor Felt can also block the penetration of stains and oil stains to a certain extent, protecting the cleanliness of the collar fabric.
3. Support and stability
The Under Collor Felt provides the necessary support and stability for the collar. During wearing, the collar is easily deformed due to gravity or external force. The presence of Under Collor Felt can effectively support the shape of the collar and prevent it from collapsing or twisting. This stability not only protects the structural integrity of the collar fabric, but also ensures that the collar can maintain good appearance and performance after multiple wears.
The collar felt effectively protects the collar fabric from damage during actual wear through its cushioning and absorption, isolation and protection, and support and stability. These characteristics work together to extend the service life of the collar and improve the overall quality and wearing experience of the garment.