As an important type of textile auxiliaries, silicone softeners play a vital role in the finishing process of textiles. Its unique surface properties and excellent softening properties make the fabric not only soft and smooth after treatment, but also have good moisture absorption and breathability, antistatic and washing resistance. However, in order to further improve the quality and performance of textiles, silicone softeners often need to be compounded with other textile auxiliaries.

During the compounding process, silicone softeners can form a synergistic effect with a variety of textile auxiliaries, thereby giving the fabric more complete functions. For example, when silicone softeners are compounded with waterproofing agents, the waterproof performance of the fabric can be significantly improved while maintaining the softness of the fabric. This compounding agent is widely used in the production of outdoor clothing and rain gear to effectively resist the invasion of rain and moisture.

In addition, silicone softeners can also be compounded with antistatic agents to reduce the static electricity generated by the fabric during friction and improve the comfort of wearing. Especially in dry seasons or occasions where frequent friction is required, the application of this compounding agent is particularly important.

It is worth noting that amino silicone oil, as a kind of silicone softener, performs particularly well in compounding. Amino silicone oil not only has excellent softening properties, but also can form a cross-linked film with other auxiliaries through its terminal hydroxyl or alkoxy groups to improve the adhesion and durability of the finishing agent. Therefore, amino silicone oil is often compounded with other softeners, hydrogen-containing silicone oil, etc. to obtain a more lasting and stable softening effect.

In practical applications, the selection of compounding ratio is crucial. Too high or too low compounding ratio may affect the final treatment effect. Therefore, before compounding, it is recommended to conduct a small-scale test to determine the optimal compounding ratio and process conditions.

In summary, the compounding of silicone softeners with other textile auxiliaries can significantly improve the quality and performance of textiles. By selecting a reasonable compounding ratio and process conditions, textiles with a variety of excellent properties can be obtained to meet the needs of different fields and occasions.