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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.

K-SPERSE 131

  • Application Advantage Faster dispersion times
  • Market Application Alkyds
  • Market Application Urethanes
  • Wetting/ dispersing agent Use in formulas containing driers or accelerators including alkyds, urethanes and epoxies.

K-SPERSE 152

  • Market Application Solventborne
  • Application Advantage Pigment dispersion
  • Application Advantage Color development
  • Wetting/ dispersing agent General purpose. Very low use level. Synergist for competitive dispersants.

K-SPERSE 152MS

  • Market Application Solventborne
  • Application Advantage Pigment dispersion
  • Application Advantage Color development
  • Dispersant Mineral Spirits version of K-SPERSE 152.

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 CXC-1756

  • Chemistry Organometallic compound
  • Market Application 2K systems
  • Market Application Epoxy/ Anhydride
  • Catalyst (acid) An effective accelerator for thermal cure epoxy systems.

K-PURE CXC-1765

  • Chemistry Organometallic compound
  • Market Application Epoxy/ Anhydride
  • Market Application 2K systems
  • Catalyst (acid) A zinc complex catalyst for cross linking of epoxy/ carboxylic and epoxy/ anhydride functional resins.

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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