96889 Silicone Softener (Hydrophilic, Soft, Smooth & Deepening)
Features & Benefits
- Excellent hydrophilicity.
- Imparts fabrics soft, smooth, plump and elastic hand feeling.
- Stable in high temperature, acid, alkali and electrolyte.
- Extremely low yellowing. Suitable for white color and light color fabrics.
- Excellent effect of deepening and brightening on medium and dark color fabrics. Effectively improves dyeing depth and reduces dyes.
- Can ensure the stability of the emulsion under the condition of high shear and wide pH range. During use, there will be no roll banding, sticking to equipment or demulsification as traditional silicone oil.
Typical Properties
Appearance: | Beige emulsion |
Ionicity: | Weak cationic |
pH value: | 6.5±0.5 (1% aqueous solution) |
Solubility: | Soluble in water |
Application: | Cotton, Lycra, viscose fiber, chemical fiber, silk and wool, etc. |
Package
120kg plastic barrel, IBC tank & customized package available for selection
TIPS:
Introduction of softening finishes
Softening finishes are among the most important of textile chemical after treatments. With chemical softeners, textiles can achieve an agreeable, soft hand (supple, pliant, sleek and fluffy), some smoothness, more flexibility and better drape and pliability. The hand of a fabric is a subjective sensation felt by the skin when a textile fabric is touched with the finger tips and gently compressed. The perceived softness of a textile is the combination of several measurable physical phenomena such as elasticity, compressibility and smoothness. During preparation, textiles can become embrittled because natural oils and waxes or fiber preparations are removed. Finishing with softeners can overcome this deficiency and even improve on the original suppleness. Other properties improved by softeners include the feeling of added fullness, antistatic properties and sewability. Disadvantages sometimes seen with chemical softeners include reduced crockfastness, yellowing of white goods, changes in hue of dyed goods and fabric structure slippage.