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

Allnex CYMEL U-216-10LF Amino Resin

Allnex CYMEL U-216-10LF is a low-formaldehyde amino resin from the CYMEL® series, designed for high-performance thermoset coatings. It offers excellent compatibility, fast cure kinetics, and superior gloss/chemical resistance. Ideal for automotive refinish, coil, and appliance coatings where low emissions and robust film properties are critical. This formaldehyde-reduced melamine-formaldehyde resin enhances sustainability without compromising performance.
  • allnex cymel u 216 10lf amino resin_768ba07a
  • allnex cymel u 216 10lf amino resin_768ba07a

Features Of Allnex CYMEL U-216-10LF Amino Resin

  1. Low-formaldehyde emission formulation compliant with stringent global VOC and formaldehyde regulations.

  2. Excellent compatibility with acrylic, polyester, and alkyd resins in thermosetting coatings.

  3. High reactivity enabling efficient cure at moderate baking temperatures (130–150 °C).

  4. Superior storage stability in solvent-based systems without premature self-condensation.

  5. Provides outstanding hardness, chemical resistance, and gloss retention in cured films.

Typical Applications Of Allnex CYMEL U-216-10LF Amino Resin

  1. Automotive OEM and refinish topcoats requiring low-emission, high-performance crosslinkers.

  2. Industrial metal coatings for appliances, HVAC, and office furniture.

  3. Can and coil coatings where film integrity and corrosion resistance are critical.

  4. General-purpose baking enamels for metal substrates demanding durability and aesthetics.

Specifications Of Allnex CYMEL U-216-10LF Amino Resin

Chemical TypeMethylated melamine-formaldehyde resin
Product FormLiquid
AppearanceClear to slightly hazy, water-white to pale yellow liquid
Solvent ContentApprox. 70–75% (proprietary aromatic hydrocarbon blend)
Non-Volatile Content25–28% (by weight, 105 °C, 60 min)
Viscosity (25 °C)15–25 mPa·s (Brookfield DV-E)
pH (10% solution in water)7.5–8.5
Key FeaturesLow-free formaldehyde, high reactivity, excellent compatibility, thermal stability


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