Typical Applications:
industrial Operations:
> Adhesives: Paper Coating Processes.
> Agar: Paper Production Processes.
> Asphalt: Petroleum Pitch.
> Cutting Oils: Propane Gas.
> Detergents & Soaps: Rubber Lattices.
> Fermentation Processes: Resins & Varnishes.
> Filtration Processes: Salt Solutions.
> Gas Scrubbing: Steel-pickling Solutions.
> Hot Aqueous Systems: Textile Processes.
> Insecticides: Vacuum Distillations.
> Oil Quench Baths: Wool Fats.
> Polishes: Wire-drawing Compounds.
how to Use:
amount
> Amount is Effective in Very Low Concentrations. 1 to 50 Gm per Ton of Foamer is Sufficient to Suppress Most Foam.
> for Any New Industrial Application, the User May Start with a Concentration of 20 Gm per Ton, Then Increase or Decrease this Concentration Until Most Economical Use Level is Established.
direct Application as Supplied:
> 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.
> Wiped On An 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.

Typical Applications:
industrial Operations:
> Adhesives: Paper Coating Processes.
> Agar: Paper Production Processes.
> Asphalt: Petroleum Pitch.
> Cutting Oils: Propane Gas.
> Detergents & Soaps: Rubber Lattices.
> Fermentation Processes: Resins & Varnishes.
> Filtration Processes: Salt Solutions.
> Gas Scrubbing: Steel-pickling Solutions.
> Hot Aqueous Systems: Textile Processes.
> Insecticides: Vacuum Distillations.
> Oil Quench Baths: Wool Fats.
> Polishes: Wire-drawing Compounds.
how to Use:
amount
> Amount is Effective in Very Low Concentrations. 1 to 50 Gm per Ton of Foamer is Sufficient to Suppress Most Foam.
> for Any New Industrial Application, the User May Start with a Concentration of 20 Gm per Ton, Then Increase or Decrease this Concentration Until Most Economical Use Level is Established.
direct Application as Supplied:
> 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.
> Wiped On An 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.