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Hydrophilic silicone oil AIXU C810
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Technical Data

AX C810

SiliconeOil


Introduction

AXC810 is a self-dispersible polyether-amino-functional silicone fluid,which can be generally used on natural and chemical fabrics, such as cotton,polyester,towel or some blended fabrics.Our AXC810  has more wide application on different type of fabrics,and it has special hand-feel and excellent  hydrophilicity on fabrics.AXC810has good stability,and leads very little effect on color shade. It can be more hand-feel by combining AX C810. There are ultra-low D4, D5 and D6  contents(<1000ppm), It comply with the Bluesign regulations.Outstanding stable silicone micro emulsion for durable soft handle on all types of cotton and synthetic fabrics.



PROPERTIES

 

Chemical Nature:

Self-dispersible polyether-amino-functional silicone

Appearance:

Clear  to  slightly  turbid  yellowishfluid

Solid content:

~80%

Specific gravity at 20° C:

300-3000cst

 

Features of products:

AX C810 can impart spontaneous wettability to even very hydrophobic substrates.

AX C810 provides slippery and smooth hand-feel.

AX C810 has no effect on whiteness. It does not generally affect the color shade or fastness of colored fabrics Ultra-low D4, D5 and D6 contents(<1000ppm)


APPLICATION

Hydro-soft AXsilicone softener can be applied by both padding and exhaustion

Dissolving/diluting

Theemulsionproduct can easily be diluted with cold water.


I. Exhaust process 

AX C810(25% emulsion 1~3% o.w.f.). Usage:40°C~50°C×15~30min



II. Padding process 

AX C810(25% emulsion 10~30g/L ). Usage: one dip/one nip  

Dilution method 1,Cotton,Polyeste, blended fabrics

 

Ingredient

Dosage/g

AX C810

31.25

Iso-tridecanol polyoxyethlene ether 8EO

2.08

Diethylene glycol butyl ether

2.50

Acetic acid

0.75

Water1

44.42

Water2

19.00

Total solution

100.00


Recommendation emulsifying process:

1.Take AX C810, add solvent such as diethylene glycol butyl ether, add Iso-tridecanol polyoxyethlene ether and acetic acid into the emulsification kettle,then turn on the blender and stir the mixture to homogenous.

2.Then slowly add water1 to emulsification kettle while stirring the mixture as fast as stirrer can. (First part water must be added very slowly)

3.Slowly add water 2 into the emulsification kettle then stirring until the mixture solution is transparent, turn off the blender and filtration the final product.

Dilution method 2, fluffier towel

Ingredient

Dosage/g

AX C810

26.51

Diethylene glycol butyl ether

1.77

Hydrophilic soft olein

3.53

Iso-tridecanol polyoxyethlene ether 8EO

0.61

Acetic acid

0.64

Water1

43.94

Water2

23.01

Total solution

100.00

 Emulsifying process same as Dilution method 1

**Note: The real dosage should be adjusted according to application process.


III. Storage and shelf-live

When stored in the original unopened packaging at a temperature of between +5°C and +30°C,AX C810 can be used for up to 12 months after the date of manufacture marked on the packaging (DLU).Comply with storage instructions and the expiry date marked on the packaging. This date  passed, no longer guarantees that the product meets sales specifications

IV.Performance Comparision

Stability Test

1. Stability Test of dilution method 1 and method 2

Test conditions of Alkali Stability & shear Stability:50°C,pH= 9 (10%,30g/L) working solution,with stirring at 2000r/min for 20min.


Sample

Result

AX C810 emulsion   (method 1)

stability

AX C810emulsion  (method 2)

stability


 


Textile test

Preparation conditions of sample :30g/L(10% emulsion),160°C*90s


Textile

AX C810emulsion (method 1)

 Company WA product

 

Hydrophilicity/s

Softness/Slickness

Hydrophilicity/s

Softness/Slickness

Cotton Knit

3

2.5

3

2.5

 

Textile

AX C810emulsion (method 2)

Company WA product

 

Hydrophilicity/s

Softness/Slickness

Hydrophilicity/s

Softness/Slickness

Towel

<1

3

<1

3


Note :1- Worst Softness/Slickness ,5- Best Softness/Slickness


NOTES

Spray application(not product specific)

After many years of analysis of epidemiological studies we suspect that aerosols are generated through the spraying technique that potentially may be hazardous to health.

For this reason spray application can only be safely conducted if sufficient ventilation equipment is installed at the product application site which will prevent spreading of the aerosols into the workplace. A further possibility would be to carry out the spraying application in a closed system.


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