D R P Silicone

Silicone Oil is a water clear silicone fluid available in viscosities ranging from 0.65 centistokes to 1,00,000 centistokes. Important features of fluid include:

• Little change in physical properties over a wide temperature span a relative flat viscosity temperature serviceability
• Excellent water repellency.
• Good dielectric properties over a wide range of temperature and frequencies.
• Low surface tension – readily wets clean surfaces to impart water.
• repellency and release characteristics.
• Low –toxicity – tests have established that Silicone Oil is
• essentially Nontoxic and non-irritating (although temporary
• discomfort may result if rubbed into the eye).

Transformer Oil

Typical Properties:      

Silicone Oil is a water clear silicone fluid available in viscosities ranging from 0.65 centistokes to 1,00,000 centistokes. Important features of fluid include:

• Little change in physical properties over a wide temperature span a relative flat viscosity temperature serviceability
• Excellent water repellency.
• Good dielectric properties over a wide range of temperature and frequencies.
• Low surface tension – readily wets clean surfaces to impart water.
• repellency and release characteristics.
• Low –toxicity – tests have established that Silicone Oil is
• essentially Nontoxic and non-irritating (although temporary
• discomfort may result if rubbed into the eye).

It is widely used as a versatile Defoamer, in both general industrial applications. In medical and pharmaceutical applications, the requirements for this chemically inert silicone defoamer is unique and exacting.

How To Use:
Amount is effective in very low concentrations. 1 to 50 gms per ton of foamer are sufficient to suppress most foam. For any new industrial application, the user may start with a concentration of 20 gms per ton, then increase or decrease this concentration until most economical use level, is established.

Direct Application As Supplied:
In some applications, it may be wiped on process equipment to limit foaming level. In bottle filling machine, it is applied to the nozzles to knock down foam as it rises in the neck of the bottle, Similarly, a wiped on a application on the rim of processing vats prevents foam overflows. It may be wiped on a screen, which is then suspended over the surface of the foamer. Whenever the foam rises too high, it contacts the screen and is broken.

Solvent Dispersion:
In most industrial applications, it is diluted with solvent, then added to foamier; dispersions may be made in Butyl Alcohol, Toluene, Xylem, Kerosene, Ethyl Ether, Chloroform and many other Solvents. Comparative tests using different diluents should be run if it is desirable to determine the most suitable and economical diluent to use for any particular process or product. Freshly prepared dispersion should be used for maximum efficiency.

Features:

• Heat resistance
• High lustre
• Improve slip