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K-PURE TAG-2678

  • Chemistry Quarternary ammonium blocked super acid catalyst
  • Application Advantage Low trace metals
  • Formulation Advantage No volatile by-products after activation
  • Thermal acid generator A quaternary ammonium blocked triflic acid thermal acid generator specifically designed for use in thermally cured microlithography coatings.

NA-LUBE KR-006FG

  • Viscosity @ 100°C 5.6 cSt
  • Pour Point -33°C
  • Application Advantage FDA 21 CFR HX-1
  • Alkylated naphthalene Low viscosity, FDA 21 CFR HX-1 compliant.

NA-LUBE KR-008

  • Viscosity @ 100°C 5.6 cSt
  • Noack Volatility 12 wt%
  • Pour Point 33°C
  • Alkylated naphthalene Low viscosity alkylated naphthalene offering outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

NA-LUBE KR-015

  • Viscosity @ 100°C 13.5 cSt
  • Noack Volatility 2.2 wt%
  • Pour Point -39°C
  • Alkylated naphthalene Medium viscosity alkylated naphthalene offering outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

NA-LUBE KR-015FG

  • Viscosity @ 100°C 13.1 cSt
  • Noack Volatility 2.2 wt%
  • Pour Point -46.5°C
  • Alkylated naphthalene Medium viscosity, FDA 21 CFR HX-1 compliant alkylated naphthalene. Offers outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

NA-LUBE KR-019

  • Viscosity @ 100°C 18.7 cSt
  • Noack Volatility 1.4 wt%
  • Pour Point -26°C
  • Alkylated naphthalene Higher viscosity alkylated naphthalene offering outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

NA-LUBE KR-023

  • Viscosity @ 100°C 19.8 cSt
  • Pour Point -21°C
  • Formulation Advantage Low volatility
  • Alkylated naphthalene Highest viscosity alkylated naphthalene offering outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

NA-LUBE KR-029FG

  • Viscosity @ 100°C 18.7 cSt
  • Noack Volatility 1.4 wt%
  • Pour Point -26°C
  • Alkylated naphthalene Higher viscosity FDA 21 CFR HX-1 compliant alkylated naphthalene offering outstanding solubility plus excellent hydrolytic and thermo-oxidative stability.

DISPARLON AQ-501

  • Market Application Waterborne
  • Market Application Bake systems
  • Application Advantage Anti-popping
  • Surface control Anti-popping and defoaming agent for waterborne bake finishes.

DISPARLON AQ-D400

  • Market Application Waterborne
  • Application Advantage Pigment dispersion
  • Application Advantage Gloss
  • Dispersant General purpose pigment wetting/ dispersing agent for waterborne dispersions and coatings.

DISPARLON AQH-800

  • Market Application Waterborne
  • Application Advantage Anti-settle
  • Formulation Advantage Post addable
  • Rheology modifier Post addable rheology control additive based on hybridized amide technology for waterborne systems.

DISPARLON AQH-810

  • Market Application Waterborne
  • Application Advantage Anti-settle
  • Formulation Advantage Post addable
  • Rheology modifier Post addable rheology control additive based on hybridized amide technology for waterborne systems.

DISPARLON NSH-8430HF

  • Market Application Automotive topcoats
  • Market Application Automotive primers
  • Application Advantage Wetting
  • Surface control A silicone acrylic copolymer. Excellent wetting and leveling with good recoatability. Primers and topcoats. Bake systems.

DISPARLON OX-60

  • Market Application Acrylics
  • Market Application Urethanes
  • Application Advantage Defoaming
  • Surface control Defoaming and anti-popping for acrylic, urethane, and polyester industrial coatings.

DISPARLON OX-750HF

  • Market Application Auto OEM
  • Application Advantage Defoaming
  • Formulation Advantage HAPS free
  • Surface control Defoaming and anti-popping for automotive and HAPS free acrylic and polyester bake coatings.

DISPARLON OX-883HF

  • Application Advantage Defoaming
  • Market Application Auto OEM
  • Formulation Advantage HAPS free
  • Surface control Defoaming and anti-popping for automotive and HAPS free acrylic and polyester bake coatings.

K-KAT XC-B221

  • Metal Type Bismuth carboxylate
  • % Active 20
  • Market Application 2K PU
  • Catalyst (tin-free) Designed for 2K and 1K blocked NCO urethane coatings. It provides similar properties to standard tin catalysts without the environmental drawbacks.

K-KAT XK-614

  • Metal Type Zinc-amine complex
  • % Active 100
  • Market Application Foam
  • Catalyst (tin-free) Recommended for ambient cure and force dry 2K SB and WB PU coatings. Has excellent stability in HFO-Blown PU foams. Can also be used in 1K moisture cure PU adhesives and coatings.

K-KAT XK-635

  • Metal Type Zinc complex
  • Market Application 1K blocked NCO
  • Application Advantage Back end cure
  • Catalyst (tin-free) Balance of cure and performance advantages. Effective for ambient and force dry cure of 2K PU. Excellent performance with MEKO-blocked Isocyanates.

K-KAT XK-672

  • Metal Type Mixed carboxylate
  • Market Application 1K blocked NCO
  • Application Advantage FDA approvable
  • Catalyst (tin-free) Effective catalyst for production of urethanes. Meets requirements of FDA 21 CFR 175.300. Recommended for 1K blocked NCO PU systems for coil coatings.

K-PURE CDR-3315

  • Chemistry Ester diol
  • Application Advantage Flexibility
  • Application Advantage Adhesion promotion
  • Resin modifier Modifier for aminoplast, isocyanate and cationically cured epoxies.

K-PURE TAG-2689

  • Chemistry Quarternary ammonium blocked super acid catalyst
  • Application Advantage Low trace metals
  • Formulation Advantage No volatile by-products after activation
  • Thermal acid generator A quaternary ammonium blocked triflic acid thermal acid generator specifically designed for use in thermally cured microlithography coatings.
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