Electrolube’s two part conformal coating performs like a resin
24 May 2016
Electrolube launched solvent-free conformal coatings, carefully formulated to combine the best properties of resins with the application ease of conformal coating.
The innovative two-part conformal coating series, called ‘2K’, comprises three products – 2K100, 2K300 and 2K500 - each meeting a host of specifications and all fully IPC-CC-830, RoSH-2 and REACH compliant.
The general purpose 2K100 system is a soft, highly flexible, hydrophobic coating with an operating temperature range of -40 - +100°C. 2K100 provides low stress on components and demonstrates excellent resistance to salt mist, chemicals and condensation, making it an excellent choice for automotive applications.
2K300 is a highly elastic, solvent-free two-part polyurethane coating, which provides excellent coverage even in tight spaces, while its extreme flexibility offers exceptional protection even around delicate components. The 2K300 is also hydrophobic and highly resistant to condensation, salt mist and chemicals, but offers a greater thermal performance (-40 - +130°C) than the 2K100.
For tougher applications the new 2K500 two-part system is more abrasion resistant than the 2K100 or 2K300 and has a wider operating temperature range, providing protection for electronics exposed to temperature over a long period of time, as well as providing excellent thermal shock resistance. 2K500 is not only mechanically robust but also offers increased thermal endurance (-40 - +140°C) and ensures good adhesion to any substrate. The 2K500 system additionally maintains clarity even after prolonged exposure to UV light.
Electrolube Managing Director, Ron Jakeman, commented that the new 2K coatings range is the result of significant financial and R&D investment. Electrolube is delighted with the response received from customers so far and feels it has provided a highly effective new solution for a variety of manufacturing sectors that saves time and cost by enabling the exceptional performance and protection of a resin with the straightforward application of a conformal coating.
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