Creative Materials Introduces New Solvent-Based Urethane Conformal Coating for Demanding Applications

Creative Materials Introduces New Solvent-Based Urethane Conformal Coating for Demanding Applications712370

Creative Materials Inc., an innovator in specialty coatings, has announced product: 111-27, a high dielectric strength solvent-based one-component urethane conformal coating designed to offer outstanding long-term performance in demanding environments primarily in the aerospace and defense field. Filling a gap left in the market, 111-27 delivers the key performance benefits that have been relied upon for many years.

Key Features of 111-27:

  • Room Temperature Cure: 111-27 is a one-component urethane coating that can be easily applied and cured at room temperature, making it an ideal solution for many products.
  • Superior Color Retention: One of the standout features of 111-27 is its ability to retain its light color, even after prolonged exposure to harsh environmental conditions, including UV light, moisture, and other elements.
  • High Durability: The coating delivers excellent resistance to abrasion, chemicals, and environmental stresses, ensuring long-lasting protection and performance.
  • Easy Application: As a solvent-based product, 111-27 provides excellent flow and coverage, offering a smooth finish resistant to cracking or peeling. The ideal application method is automated or manual spraying.

Benefits of 111-27:

  • Reworkable
  • Solvent resistant
  • Extremely high dielectric constant (1300 volts/mil)
  • No cracking when flexed
  • High abrasion resistance
  • Moisture protection in harsh environments
  • Electrical properties per MIL-I-46058C

Applications

111-27 is suitable for a wide range of applications, including:

  • Conformal coat over silver ink for EMI/EFI shielding on flex cables
  • Aerospace and defense electronic components for humidity protection
  • Insulation and base layer constructions for thin film printed electronics

Click here to learn more about 111-27 from Creative Materials.

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Publisher: PCB Directory
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