Mouprise.com

Why are silicone surfactants important in the industrial world?

Silicone surfactant, also know as polyether silicone, It is mainly composed of water-insoluble silicone components and various other water-soluble polyether groups. The composition of the ingredients, the molecular weight and the ratio of silicone to polyether determine the solubility and other functional properties of a product. Objects made from this material exist as linear-difunctional and multi-pendant polymers.

Surfactants are composed of a water soluble group and a fatty oil soluble group. These compounds are used worldwide as foaming, softening, solubilizing and emulsifying agents. You can also find them present in various formulations of coatings and inks. They offer qualities such as resistance to wear, slippage and leveling.

THE ADVANTAGES OF SILICONE POLYETER

• It has excellent penetration properties.

• It offers products with dispersing and emulsifying characteristics.

• Acts as a surface tension depressant due to its low surface tension

• It is quite compatible with organic surfactants.

• It shows high efficiency in small quantities.

• Has excellent lubricity

• The toxicity levels are extremely low.

SOME OF THE COMMON BAD CONCEPTIONS ABOUT THIS INGREDIENT

• These tend to skim, which minimizes their effectiveness in formulations.

• It is a challenge to work with silicones

• That are insoluble in water

• They are all insoluble oil

• These compounds are greasy and toxic.

• You can get them only with low HLB values

• All silicones tend to polymerize

• These compounds are not similar to the chemistry of carbon.

• It has limited use in industrial formulations.

COMMON INDUSTRIAL APPLICATIONS:

Farming: They are used as wetting agents to increase the performance of pesticides and herbicides. These chemicals can dramatically reduce the surface tension of a product, resulting in better penetration and spread of herbicides and pesticides in target areas. And greater effectiveness means that you will need to use the product only in trace amounts.

Coatings and inks: As mentioned above, the use of these inks and coatings makes them softer and more wear resistant, providing better control and leveling of the foam. The products will provide results when you use them in even lower concentrations, making them cost effective.

Textiles: Textile industries use this ingredient to give final fabrics a soft feel, versatility and longevity, resulting in easier and faster processing at the manufacturing stage.

Octopus and paper: Improves drainage, release and foam removal. It is used in the paper industry to make paper softer and more absorbent.

Cosmetic industry: it is added to cosmetic items such as sunscreen lotions and creams as emulsifiers. Makes them creamier and offers stability along with increased shine, softness, emolliency and detangling.

Leather works: Synthetic and natural leathers are very thick and rough. The use of polyether makes them durable, soft, resistant to dirt and abrasion free.

Oil and Gas: used as an organic demulsifier. The automotive industry also uses this surfactant to enhance the shine and shine of their vehicles.

USABILITY, LIFE AND STORAGE

You should store this material in a cool, dry place. If stored below 12 ° C, it will cloud up and solidify into a soft wax-like substance. If stored in the original unopened container, this material can remain in good condition for about two years.