Silicone softeners provide a soft and silky feel to fabrics. They also enhance the fabric's drapability and improve its resistance to wrinkling.
Can be applied during the finishing process, typically through padding or exhaust methods.
Cationic softeners are positively charged and are particularly effective on cellulosic fibers like cotton. They improve fabric softness and reduce static electricity.
Applied through padding, exhaust, or spraying methods.
Fatty acid-based softeners are derived from natural sources and are often used in combination with other softening agents. They provide a soft, natural feel to the fabric.
Applied through padding or exhaust methods.
Hydrophilic softeners improve the moisture absorption properties of fabrics, making them more comfortable to wear by allowing better breathability.
Typically applied through padding or exhaust methods.
Microencapsulated softeners release softening agents gradually over time, providing a long-lasting soft feel to the fabric.
Applied during finishing, and the microcapsules break open gradually during wear and washing.
Non-ionic softeners are suitable for various types of fibers and are effective in reducing fabric stiffness.
Applied through padding, exhaust, or spraying methods.
Amino-functional softeners improve the fabric's resilience and impart a soft hand feel. They are often used on synthetic fibers.
Applied through padding or exhaust methods.
These softeners are cationic and are effective in reducing fabric stiffness, enhancing surface smoothness, and minimizing static electricity.
Typically applied through padding or exhaust methods.
Polyethylene emulsion softeners enhance fabric softness and smoothness. They are commonly used on synthetic fibers.
Applied through padding or exhaust methods.
Softening agents are often blended to achieve a combination of softness, smoothness, and other desired characteristics.
Applied through various finishing processes, depending on the specific softening agents used.
