Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

King Industries Nacure 1051 Acid Catalyst

KingIndustriesNacure1051isanacidcatalystfromtheNacureseriesdesignedforacceleratingpolyurethaneandalkydresincrosslinking.Itofferslow-temperaturecuring,excellentstoragestability,andcompatibilitywithvariousresinsandcoatings.Uniquelyformulatedwithasulfonicacidbase,itprovidesconsistentreactivitywithoutvolatileacidemission.Idealforbakedandambient-cureindustrialcoatings,inks,andadhesiveswherepreciseacidactivityandlowcolorformationarerequired.
  • king industries nacure 1051 acid catalyst_610c25d1
  • king industries nacure 1051 acid catalyst_610c25d1

Features Of King Industries Nacure 1051 Acid Catalyst

  1. Highly effective low-temperature curing catalyst for ambient and forced-dry coating systems.

  2. Non-volatile, liquid organic acid catalyst with excellent storage stability.

  3. Enables rapid crosslinking of melamine-formaldehyde and urea-formaldehyde resins.

  4. Minimizes yellowing and improves film clarity in clearcoat and topcoat formulations.

  5. Compatible with a broad range of acrylic, polyester, and alkyd resin systems.

Typical Applications Of King Industries Nacure 1051 Acid Catalyst

  1. Automotive OEM and refinish clearcoats.

  2. Industrial coil and can coatings.

  3. Wood furniture and cabinetry finishes.

  4. General-purpose industrial maintenance coatings.

  5. Plastic and metal substrate topcoats requiring fast cure and low-temperature performance.

Specifications Of King Industries Nacure 1051 Acid Catalyst

Chemical TypeOrganic sulfonic acid derivative
Product FormLiquid
AppearanceClear, colorless to pale yellow liquid
Primary ApplicationsCatalyst for amino resin crosslinking in thermosetting coatings
Key FeaturesLow-temperature cure activation, non-volatile, resin-compatible
BenefitsReduced energy consumption, improved throughput, enhanced film hardness development
Storage StabilityStable ≥12 months at 25°C in sealed container
HandlingNon-hazardous under normal handling conditions; refer to SDS for full guidance


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