FX55428 High Quality Poly Rayon 2 Way Stretch Top Dyed Tr Suiting Fabric

How does the interaction between fibers in polyester stretch-dyed Tr suit fabric prevent the generation and spread of melt holes?

Polyester stretch-dyed Tr suit fabric has become a leader in the textile industry with its unique performance and wide application fields. The reason why this fabric can prevent the generation and spread of melt holes is inseparable from the interaction between its fibers.

Composition of polyester stretch-dyed Tr suit fabric: Polyester stretch-dyed Tr suit fabric is mainly blended with polyester and viscose fibers, of which polyester usually accounts for more than 65%. Polyester is known for its high strength, excellent elasticity and wear resistance, while viscose fibers add comfort to the fabric with its good air permeability and moisture absorption.

Importance of fiber interaction: In fabrics, the interaction between fibers is the key to ensuring their overall performance. For polyester stretch-dyed Tr suit fabric, the interaction between fibers not only affects the appearance and feel of the fabric, but also plays an important role in preventing the generation and spread of melt holes.

Mechanism of fiber interaction to prevent melt holes:

1. Tight interweaving: Polyester and viscose fibers form a tight interweaving structure during the blending process. This structure allows the fabric to prevent the formation of melt holes through mutual support and restraint between fibers even if some fibers are affected by heat in a high temperature environment.
2. High melting point characteristics: Polyester, as a synthetic fiber, has a high melting point, usually above 250°C. This means that in a general high temperature environment, polyester fibers are not easy to melt, thus effectively resisting the formation of melt holes.
3. Stress transfer between fibers: When the fabric is subjected to external force or heat, stress transfer will occur between fibers. The high strength characteristics of polyester fiber enable it to withstand greater stress and disperse the stress to the entire fabric through the interaction between fibers, thereby avoiding the phenomenon of melt holes caused by excessive local stress.
4. Moisture absorption and heat dissipation: The mixing of viscose fibers improves the air permeability and hygroscopicity of the fabric. In a high temperature environment, viscose fibers can absorb heat and dissipate it, thereby reducing the overall temperature of the fabric. This moisture absorption and heat dissipation effect further reduces the risk of melt holes.

Combining the above content, it can be concluded that the polyester stretch-dyed Tr suit fabric forms a tightly interwoven structure through the interaction between fibers, and effectively prevents the generation and spread of melt holes by utilizing the high melting point of polyester and the moisture absorption and heat dissipation characteristics of viscose fibers. This feature enables the fabric to remain flat and intact in a high temperature environment, providing consumers with a more durable wearing experience.