Specialty Chemicals

EASTMAN™ CP 515-2 40% IN AROM. 100 is made from chlorinated polyolefin offers good heat resistance and is compatible with a variety of resins and combines with the resins to give clear solutions and deposit clear films. EASTMAN™ CP 515-2 40% IN AROM. 100 can be used in the application for auto OEM, commercial printing inks, general industrial coatings graphic arts, and protective coatings.

EASTMAN™ CAB 500-5 is a cellulose ester with high butyryl content, low hydroxyl content, and medium ASTM(A) viscosity. It offers a wide range of solubility and compatibility. It is tolerant of nonpolar aliphatic and aromatic hydrocarbons. It produces a relatively soft, flexible film requiring little or no plasticizer in many applications. When EASTMAN™ CAB 500-5 is dissolved in appropriate solvents a clear, colorless solution is produced. EASTMAN™ CAB 500-5 is supplied as a dry, white free-flowing powder and is convenient to handle.

EASTMAN™ N-BUTYL PROPIONATE is a non-HAP, slow evaporating, and urethane grade solvent with good solvent activity for most coating resins. EASTMAN™ N-BUTYL PROPIONATE is REACH complied and is useful as a letdown solvent because of its low volatility, good solvent activity, and urethane grade quality.

EASTMAN CA-398-3 FOOD CONTACT is one of the lower viscosity solution grades of cellulose acetate. The average ASTM viscosity of EASTMAN CA-398-3 FOOD CONTACT is 3 seconds. EASTMAN CA-398-3 FOOD CONTACT is supplied in the form of a fine, dry, free-flowing powder. EASTMAN CA-398-3 FOOD CONTACT can offer a multipurpose rheology enhancer that provides high strength and good resistance to ultraviolet light, heat, oils, and greases. Useful in lacquers for glass, plastic, wire, and release coatings. It may be blended with appropriate solvents, plasticizers, and other modifying resins to formulate coatings for paper, glass, plastic, wire screen, and electrical wiring. When dissolved in appropriate solvents selected for EASTMAN CA-398-3 FOOD CONTACT, a clear, colourless solution is produced.