can pluronic polyols make your product better?

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PROBLEM: To develop a rinse aid for mechanical dishwashing that will minimize water spotting and streaking, you need a surfactant with very low foam, good rinsing and wetting action. SOLUTION: Pluronic polyols excel in all of these characteristics. In addition they have an extremely low order of toxicity. And rinse aids based on a Pluronic are easily formulated. Can Pluronic® polyols PKÜöLEM: -Formulators of home-laundry detergents must eliminate excessive foaming. But it is often difficult to reduce the foam to the desired level with- out a loss of detergency. actually increase detergency! Systematic evaluation using the Pluronic Grid will determine the best grade for a specific formula.

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Page 1: Can Pluronic polyols make your product better?

PROBLEM: To develop a rinse aid for mechanical dishwashing that will minimize water spotting and streaking, you need a surfactant with very low foam, good rinsing and wetting action.

SOLUTION: Pluronic polyols excel in all of these characteristics. In addition they have an extremely low order of toxicity. And rinse aids based on a Pluronic are easily formulated.

Can Pluronic® polyols

PKÜöLEM: -Formulators of home-laundry detergents must eliminate excessive foaming. But i t is often difficult to reduce the foam to the desired level with­out a loss of detergency.

actually increase detergency! Systematic evaluation using the Pluronic Grid will determine the best grade for a specific formula.

Page 2: Can Pluronic polyols make your product better?

PROBLEM: Starch-latex paper coatings require a stabilizer because starch and latex are incompatible. Casein can be used, but it raises the viscosity, must be cooked, can' t be stored.

SOLUTION: When Pluronic L6£ is used in place of casein, it actually reduces the viscosity of the coating! I t requires no preparation, won't deteriorate, and acts as a foam depressant.

rnâke your product better?

r 1 ^ U TCOTT» e «a r*v\/~v/-l r>\t «a tine*. H i n \ ' *-.*•* »-» f *"*"»* Τ Ι Λ Λ Λ » 4-*/~I»IT J_ chemicals offer the versat i l i ty of th i s unique series

of p a t e n t e d block-polymers . Consider these facts : Piuronic polyols exhib i t a wide variety of surface-

ac t i ve proper t ies . T h e series ranges in physical form from mobile l iquids to pas tes and solids sufficiently ha rd to be flaked . . . al" rms are 1 0 0 % active.

«̂ iAv- a\. ι iv ο weights of 1000 t o more t h a n 11,000. They vary from mater ia ls t h a t are almost water insoluble t o mater ia ls t h a t have no cloud po in t—even a t t h e boiling point of water .

These p ic tures show th ree typical uses of the Plu­ronic polyols. Ac tua l l y , over 100 successful appl ica t ions h a v e been found s o far, and the end is not in sight!

B u t the "proof of t h e p u d d i n g " is what t h e Pluronic polyols can d o for you. P o r samples, technical d a t a , and your c o p y of the Pluronic Grid, write us t o d a y . Wyandotte Chemicals Corporation, Department 781-N, Wyandotte, Michigan. Offices in principal cities.

The f amous Pluronic Grid provides a controlled, systematic method of screening . . . minimizes costly random investigation and evahiation by establishing related property trends between the grades available.

is/ rwifnitJoffe CHEMICALS MICHIGAN ALKALI DIVISION Pacing progress with creative chemistry

SODA ASH · CAUSTIC SODA ο BICARBONATE OF SODA . CALCIUM CARBONATE · CALCIUM CHLORIDE · CHLORINE · MURIATIC ACID · HYDROGEN · DRY ICE GLYCOLS · SYNTHETIC DETERGENTS (anionic and nonlonic). SODIUM CIVIC - ETHYLENE OXIDE · ETHYLENE DICHLORIDE . POLYETHYLENE GLYCOL · PROPYLENE OXIDE PROPYLENE DICHLORIDE · POLYPROPYLENE GLYCOL · DICHL0R0DIMETHYLHYDANTOIN . CHLORINATED SOLVENTS · OTHER ORGANIC AND INORGANIC CHEMICALS