have you explored the possibilities of
CYANAMID'S GUANIDINE SALTS? • CIlifMMT» NITRATE 91% ρ ¥ il © Ù i* us ι si"n 11 ρ a e %, É Η Ρ si tu* b ï û L y n 2 ill IL
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Guanidine salts are rapidly growing in commercial importance as more and more users realize their profit-making possibilities. Here are a few typical applications. Glass: Guanidine salts may be used to prepare multicellular glass, while Guanidine resins will lend printing pigments an affinity for glass fabric. These resins can also be used as a finishing treatment. Preservatives—Corrosion Inhibitors: Guanidine salts can be incorporated as antioxidants for textiles, soaps and oils, paint, aromatic amines and chlorinated hydrocarbons. They may also be used as metal pickling inhibitors and act as corrosion inhibitors in anti-freeze and brake fluid. Dyestufïs: Guanidines act as intermediates and additives for azo dyes, vat dyes, sulfur dyes and spirit soluble dyes. Guanidine resints will also increase the fastness of dyes and prints. Plastics—Surface Coatings: Guanidine-formaldehyde resins can be incorporated as paper finishing agents or used in preparation of ion-exchange resins and molding compounds. Guanidine salts are valuable as accelerators and catalysts antd aid in the preparation of synthetic fibers. Flame Retard cants: Guanidine resins act as flame retardants of the intumescent type. Guanidine phosphates are used as non-duirable flameproofing agents.
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Send now for oiir technical booklet on t h e chemistry and amplications of the guanidine salts. Experimemtal samples are also available for your examination, upon request.
AMER/CAN Cuanamid ^Monanua COMPANY
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Synthetic Organic Chemicals Dept.
30 ROCKEFELLER PLAZA, NEW YORK 20, Ν . Υ.
Gentlemen: Π Phrase s
