UV Cure Conformal Coating Plus
UVCLP UV Cure conformal coating ‘Plus’ is a part of the new generation of UV Cure Conformal Coatings developed by Electrolube to offer the highest levels of protection while maintaining a fast processing time. Applied using selective coating machine, UVCLP offers exceptional processing time compared to other UV cure coatings. UVCLP is touch dry after just a short exposure to the correct wave length of UV light, with a full cure guaranteed in under 24 hours by virtue of the secondary chemical cure mechanism. The chemical cure ensures that even areas shadowed from the UV light are fully cured in a matter of hours. This is in stark contrast to other traditional UV Cure Coatings that can require weeks for a complete cure; some shadowed areas will even remain uncured. UVCLP therefore ensures reduced work in progress times.
UVCLP is optimally applied between 100-150μm and is flame retardant below 150μm. Applied at this thickness, UVCLP achieves excellent edge coverage, even on sharp components ensuring the highest levels of protection are achieved even during temperature cycling and thermal shock, out-performing most other coatings on the market. In addition, UVCLP offers exceptional performance in harsh environments. Its hydrophobic nature affording excellent protection from moisture, salt mist and even full immersion for short periods, with the option to extend this period by applying the coating in a thicker layer. UVCLP is also flame retardant, meeting the criteria for UL94 V-0 when applied below 150μm and has good chemical and abrasion resistance.
To find out more please see the TDS, or contact our technical support team who will be happy to help.
- UV Cure Conformal Coating with full cure in under 24 hours
- Optimally applied at 100-150μm for ultimate protection
- Excellent coverage, even over difficult geometries
- Thermal Shock Resistant
- Hydrophobic – Excellent moisture / water resistance
- Good Chemical Resistance
- Abrasion resistant
- Transparent with UV Trace
- Meets UL94V-0 below 150μm
- RoHS Compliant & REACH Compliant