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  • A soft, NMP-free, aliphatic, polycarbonate-based, polyurethane dispersion from Hauthaway. L-3121 was designed primarily for use on flexible substrates as a coating, saturant or impregnant. CHARACTERISTICS
    • Maximum hydrolytic stability and oxidation resistance Outstanding toughness and abrasion resistance
    • Can be crosslinked to enhance performance
    • Dilution and clean-up with ordinary tap water
    • Contains dipropylene glycol dimethyl ether (DMM) co-solvent
  • An NMP-free/APEO-free aliphatic, polyester-based, polyurethane dispersion designed to produce unequaled clarity and gloss from Hauthaway. L-3040 was designed for wood finishing applications, but it can be used on a wide variety of both rigid and flexible substrates. Use wherever gloss and clarity are of paramount importance. CHARACTERISTICS
    • Wet look gloss
    • Glass-like clarity
    • Adhesion to a wide variety of substrates including wood, plastics, textiles, leather
    • Dilution and clean up with ordinary tap water
    • Contains dipropylene glycol dimethyl ether co-solvent
  • An aliphatic, APEO-free, co-solvent free, polyether-based, polyurethane dispersion from Hauthaway. L-3037 was designed for base coats or intermediate coats intended for plating/embossing. Films based on this polymer exhibit excellent print retention properties. CHARACTERISTICS
    • Excellent print retention properties
    • Contains no co-solvent
    • Produces soft, tough films
    • Good water and solvent-resistance for a soft polymer Dries to clear, glossy film
  • Soft, aliphatic, water-borne polyurethane dispersion in a blend of DMM and propylene glycol solvents. L-2985 was designed for use in textile applications that require a soft hand coupled with very good strength, abrasion resistance, excellent adhesion, and excellent resiliency. Due to its overall properties, L-2985 can be used as a finish or a coating. This versatile urethane is ideally suited for use as a finish for nylon and polyester threads and as a coating for nylon and vinyl substrates. L-2985is also ideally suited for textile-coating applications that require excellent low temperature flex crack resistance. The low melt temperature also allows L-2985to be used as a heat seal coating. When properly formulated, L-2985can be used as a coating for awning fabrics, boat cover fabrics, and other architectural fabrics. CHARACTERISTICS:
    • NMP-free, APEO-free
    • Superior flexibility
    • Soft, tough, flexible film
    • Good abrasion resistance
    • Superior low temperature, flex-crack resistance
    • Low melting point (265ºF)
  • A soft, aliphatic, polyester-based, aqueous polyurethane dispersion. L-2969was designed primarily for use on flexible substrates as a coating, saturant or impregnant. L-2969 may also be used as a blending resin with harder polyurethane dispersions to impart flexibility without adversely effecting chemical resistance. CHARACTERISTICS:
    • Outstanding toughness and abrasion resistance
    • Excellent water and chemical resistance
    • Exceptionally high melting point for a medium soft polymer
    • Can be crosslinked to enhance performance
    • Dilution and clean-up with water
    • Contains dipropylene glycol dimethyl ether co-solvent
  • A soft, NMP-free, APEO-free, aliphatic, water-borne, polyurethane dispersion. L-2961 was designed for use in textile applications as a versatile polyurethanecoating. Due to its overall properties, L-2961 can be used as a finish or a coating for many textile applications. This product is ideally suited for use as an anti-fray finish on textile fabrics that must have a soft hand. L-2961is also suitable for textile coating applications that require excellent low temperature flexibility and crack resistance. CHARACTERISTICS:
    • Forms soft, flexible, dry films
    • Excellent UV-resistance
    • Good abrasion resistance
    • Superior low temperature flexibility and crack resistance
    • High melting point (320°F)Contains dipropylene glycol dimethyl ether (DMM) co-solvent
  • An NMP-free, APEO-free, aliphatic, polyester-based, water-borne polyurethane dispersion. SUGGESTED USES:L-2942was developed for use on flexible and rigid PVC, and treated polypropylene film. Coatings containing this polymer form hard, tough, hydrolysis-, chemical- and stain-resistant films. Superior adhesion to PVC makes it the ideal candidate for vinyl sheet goods, automotive interior parts, vinyl furniture and components. CHARACTERISTICS:
    • Superior adhesion to PVC and treated polypropylene film
    • Excellent UV resistance
    • Exceptional alcohol resistance
    • Humidity resistance
    • Contains dipropylene glycol dimethyl ether (DMM) co-solven
  • A hard, NMP-free, APEO-free, alcohol-resistant, aliphatic, polyester, water-borne polyurethane dispersion. L-2897 was developed for use on flexible and rigid PVC and other plastic substrates. It may also be formulated to provide gloss topcoats on cementatious, metal and wood substrates. This product exhibits superior chemical resistance properties, while maintaining excellent flexibility and gloss retention characteristics. CHARACTERISTICS:
    • Contains dipropylene glycol dimethyl ether (DMM) co-solvent
    • Excellent UV resistance
    • Exceptional alcohol resistance
    • Humidity resistance
    • Superior adhesion to PVC
  • A polycarbonate-based, aliphatic, water-borne polyurethane dispersion. Developed for general coatings use on wood, plastic and metal substrates. Offers exceptional resistance to hydrolysis, oxidation and UV-degradation.
  • An extremely hard, NMP-free, APEO-free, aliphatic, polyester-based, aqueous polyurethane dispersion with exceptional chemical and early water-resistance properties. L-2892was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic and wood. L-2892 produces films with exceptional adhesion to aluminum, excellent leveling properties and high levels of chemical resistance. CHARACTERISTICS:
    • Contains dipropylene glycol dimethyl ether (DMM) co-solvent
    • Outstanding water and chemical resistance
    • Fast early water resistance development
    • Can be crosslinked to enhance performance