- 50% bio-based, renewable resource content
- Superior flexibility
- Produce soft, tough, flexible, dry films
- Good UV resistance
- Very good abrasion resistance
- Superior low temperature flexibility and crack resistance
- Contains n-ethyl pyrrolidone (NEP)
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A partially bio-renewable resource based, NMP-free, soft, aliphatic, water-borne, polyurethane dispersion from Hauthaway. L-3360 was designed for use in textile applications as a versatile polyurethane coating. Due to its overall properties, L-3360 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-3360 is also suitable for textile coating applications that require excellent low temperature flexibility and crack resistance. CHARACTERISTICS:
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A partially, renewable resource-based, hard, aliphatic, polyester-based, aqueous polyurethane dispersion with good chemical and water-resistance properties from Hauthaway. L-3369 was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic and wood. L-3369 produces glossy films with excellent leveling properties and good stain- and chemical-resistance to a variety of household food and cleaning products. CHARACTERISTICS:
- 42% bio-based, renewable resource content
- Good water and chemical resistance
- Low VOC content (<80 g/l less water)
- Can be crosslinked to enhance performance
- Dilution and clean-up with ordinary tap water
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A water-borne, UV-curable, polycarbonate-based polyurethane dispersion. Suggested Uses: L-3685 is designed for UV-cured plastic topcoat applications where exterior weathering durability, abrasion-resistant and chemical-resistant films are required. Potential end-use applications include automotive plastics, kitchen cabinets and wood flooring. Characteristics:
- Excellent chemical- and stain-resistance
- Superior humidity resistance
- Forms durable, films under ambient or force-dried conditions
- APEO-free
- Fast water-release properties
- Contains n-methyl pyrrolidone (NMP) co-solvent
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A branched, aliphatic, co-solvent free, polyether-based, polyurethane dispersion. L-2357 was designed for a variety of coating and adhesive applications where the chemical- and thermal-resistance of a crosslinked system are required, but the use of a multiple component system is neither feasible nor desirable.
- Contains no co-solvent
- Medium hard, tough film
- Polymer branching improves film resistance properties
- Dries to clear, glossy, non-discoloring film
- Dilution and cleanup of wet material with water
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A water-borne, UV-curable, polycarbonate-based polyurethane dispersion. L-3790 is designed for UV-cured plastic topcoat applications where exterior weathering durability, abrasion-resistant and chemical-resistant films are required. Potential end-use applications include automotive plastics, kitchen cabinets and wood flooring. CHARACTERISTICS:
- Excellent chemical- and stain-resistance
- Superior humidity resistance
- Forms durable, films under ambient or force-dried conditions
- APEO-free
- Fast water-release properties
- Contains dipropylene glycol dimethylether (DMM) co-solvent
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A self-crosslinking, aliphatic, water-based polyurethane dispersion designed for use in high performance concrete and wood floor coatings. L-3786 employs a unique air-dry, self-crosslinking mechanism to impart chemical-resistance, abrasion-resistance and mar-resistance properties which equal or exceed those of two-component, water-based floor coating systems currently used in the market.
- One-component, self-crosslinking polymer
- High level of toughness, abrasion- and mar-resistance Outstanding water and chemical resistance
- Excellent exterior weathering performance
- Contains dipropylene glycol dimethylether (DMM) co-solvent
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A pyrrolidone-free, acrylic polyurethane dispersion with an exceptional balance of properties. L-3773 was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic and wood. L-3773 can be used as a sole vehicle or blended with acrylic emulsions for spray or rotogravure applications. Rheology modifications can be made with associative thickeners for alternative application methods. CHARACTERISTICS: < Excellent toughness, abrasion and mar resistance < Good water and chemical resistance < Excellent exterior weathering performance < Can be crosslinked to enhance performance < Dilution and clean-up with ordinary tap water < Contains dipropylene glycol dimethyl ether (DMM) co-solvent
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Soft, aliphatic, polyester-based, water-borne polyurethane dispersion. HD-2001was designed for use in textile applications that require a soft hand coupled with abrasion resistance, excellent adhesion and excellent resiliency. 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. HD-2001is also suitable for textile-coating applications that require excellent low temperature flex crack resistance. The low melt temperature also allows HD-2001to be used as a heat-sealable coating. When properly formulated, HD-2001can be used as a coating for awning fabrics, boat cover fabrics, and other architectural fabrics. CHARACTERISTICS:
- Superior flexibility
- Soft, tough, flexible film
- Excellent UV resistance
- Good abrasion resistance
- Superior low temperature, flex-crack resistance
- Low softening point (265ºF)
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An aliphatic, polyester-based, aqueous polyurethane dispersion with an exceptional balance of properties. HD-2107was designed for topcoat applications on a wide variety of substrates, including concrete, metal, plastic and wood. CHARACTERISTICS:
- Extreme toughness, abrasion and mar resistance
- Outstanding water and chemical resistance
- Excellent exterior weathering performance
- Can be crosslinked to enhance performance
- Dilution and clean-up with ordinary tap water
- Contains n-methyl pyrrolidone (NMP) co-solvent
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A soft. aliphatic, polyester-based, aqueous polyurethane dispersion. HD-2101 was designed primarily for use on flexible substrates as a coating, saturant or impregnant. 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 ordinary tap water
- Contains n-methyl pyrrolidone (NMP) co-solvent
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Co-solvent free, high solids, flame-retardant, aliphatic, polyurethane dispersion. HD-2334 was designed for use as a coating or finish for synthetic textile fabrics that must have permanent flame-retardancy. Low add-on levels of HD-2334 will enable synthetic fabrics to pass various FR tests including NFPA-701, MVSS-302 and others. The film properties of HD-2334also provide a stiff hand and excellent molding/pleating properties. Due to its aliphatic composition, excellent UV resistance is also exhibited. CHARACTERISTICS:
- Permanent, non-leaching flame-retardancy
- Contains no co-solvent< Good UV resistance
- Stiff, tough, flexible, dry film< High melting point (340°F)
- Good low temperature flexibility and crack resistance
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A co-solvent free, flame retardant, aliphatic, aqueous polyurethane dispersion. HD-2313 was designed for use as a coating or finish for synthetic textile fabrics that must have permanent flame retardancy. This unique urethane dispersion is manufactured at high solids and without the use of solvent. Low add-on levels of HD-2313 will enable synthetic fabrics to pass various FR tests including NFPA-701, MVSS-302, & others. HD-2313 is well suited for use in textile coatings, such as automotive upholstery, that require outstanding strength and fire retardancy without the use of antimony-oxide/decabrome chemistry. Using HD-2313, a coating can be formulated to pass MVSS-302 and maintain required strength properties at a much lower coating weight than conventional coatings. This results in a much softer hand and possible cost savings. The high solids and solvent-free nature of HD-2313make it a very cost effective urethane. CHARACTERISTICS:
- Permanent, non-leaching flame retardancy
- Contains no co-solvent
- Excellent cost/performance ratio
- Soft, tough, flexible, dry film
- Excellent low temperature flex crack resistance