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  • K-FLEX A308

    Viscosity @ 25°C 1,500 cPs
    Hydroxyl Number 260
    Equivalent Weight, g/eq. (as supplied) 216
    Polyester diol
    Low viscosity, providing good hardness and adhesion while lowering VOCs. Recommended for acrylic/isocyanate and acrylic/melamine systems.
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  • K-FLEX UD-320

    Viscosity @ 25°C 7,000 cPs
    Hydroxyl Number 300
    % Active 82
    Urethane diol
    Incorporation of urethane into HMMM type systems without use of NCO. Increases application solids and hardness. Improves chemical resistance, exterior durability and hydrolytic stability.
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  • K-FLEX UD-320-100

    Viscosity @ 50°C 7,000 cPs
    Hydroxyl Number 350
    % Active 100
    Urethane diol
    Recommended for prepolymer synthesis and 100% solids WB/SB melamine crosslinked systems or 2K PU. Used for preparation of polyester polyurethanes or alkyd polyurethanes. Provides hardness and exterior durability
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  • K-FLEX UD-350W

    Viscosity @ 25°C 4,000 cPs
    % Active 88
    Hydroxyl Number 300
    Urethane diol
    High solids, low viscosity aqueous urethane diol resin that increases hardness and provides improved resistance properties in WB/WR 2-component polyurethane
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  • K-FLEX XM-3018

    Company Division Coatings
    Market Application 2K PU
    Application Advantage Ambient cure
    Polyester diol
    Hydrolytically stable, water-reducible polyester polyol resin modifier that enhances durability, appearance, and performance.
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  • K-FLEX XM-332

    Viscosity @ 25°C 400 cPs
    Hydroxyl Number 265
    Equivalent Weight, g/eq. (as supplied) 212
    Polyester diol
    Lowest viscosity polyester diol that produces the softest films. Provides abrasion resistance, scratch resistance and good weatherability.
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  • K-FLEX XM-337

    Viscosity @ 25°C 55,000 cPs
    Hydroxyl Number 220
    Equivalent Weight, g/eq. (as supplied) 260
    Polyester diol
    Improves flexibility, impact resistance and chemical resistance. Excellent UV durability. Recommended for urethane and blocked isocyanate systems.
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  • K-FLEX XM-359

    Viscosity @ 25°C 9,800 cPs
    Hydroxyl Number 230
    Equivalent Weight, g/eq. (as supplied) 244
    Polyester diol
    Longer pot life version of K-FLEX 188. Improves flexibility while maintaining hardness. Also improves salt spray, humidity resistance and exterior durability. Highly recommended for 2k PU.
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  • K-FLEX XM-B301

    Viscosity @ 25°C 1,100 cPs
    Hydroxyl Number 190
    Application Advantage Adhesion
    Acetoacetate reactive diluent
    Primarily recommended for use in epoxy/polyamide primers, but can also be used in systems crosslinked with amino resins or polyisocyanates.
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  • K-KAT 348

    Metal Type Bismuth carboxylate
    % Active 25
    Market Application 1K blocked PU
    Catalyst (tin-free)
    Efficient alternative to DBTDL in 2K and 1K PU systems. A non-persistent catalyst that is effective for resin synthesis. Similar properties to DBTDL without environmental drawbacks.
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  • K-KAT 4205

    Metal Type Zirconium chelate
    Market Application 2K PU
    Application Advantage Fast tack free time
    Catalyst (tin-free)
    Provides extended pot life and selectivity to NCO/OH reactions for reduced gassing in 2K PU systems.
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  • K-KAT 5218

    Metal Type Aluminum chelate
    % Active 65
    Market Application 2K PU
    Catalyst (tin-free)
    Provides fast dry time and increased pot life when used in combination with 2,4 pentanedione. Recommended for 2K PU, pultrusion and RIM applications.
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  • K-KAT 6212

    Metal Type Zirconium
    % Active 2
    Market Application 2K PU
    Catalyst (tin-free)
    A selective catalyst for solventborne and waterborne 2K PU coatings as well as for adhesives, RIM and resin synthesis
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  • K-KAT 670

    Metal Type Zinc complex
    % Active 100
    Market Application Adhesives
    Catalyst (tin-free)
    Recommended for polysiloxane and STP 1K moisture cure adhesives, sealants, and coatings. Excellent cure response in both methoxy and ethoxy silane systems.
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  • K-KAT 682LV

    Metal Type Bismuth-amine complex
    % Active 95
    Application Advantage Front end cure
    Catalyst (tin-free)
    Balance of high efficiency and hydrolytic stability due to metal-amine synergy. Great compatibility with HFO-blown PU foam. Efficient in low temperature cure PU systems.
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