| SC7130-CC Per IPC-CC-830C Independent Lab Certification Results |
| Test | Procedure-Method | Requirements/Comments | Results |
| Coating Thickness (Spray and Dip Coating Method) | Thickness measurement | Thickness: Min. 12.5µm; Max. 50µm in meeting all requirements for “Parylene Classification” of performance. All other classes need heavier coating. | PASS |
| Visual inspection | On glass plate under white and UV light | Coating must have uniform appearance and consistency | PASS |
| Fluorescence | On glass plate under black (UV) light | Coating must fluoresce under UV black light (typical wavelength 365nm) | PASS |
| Fungus resistance | IPC-TM-650 section 2.6.1.1 on glass plate | Not attacked by biological growth | |
| UL 94 test strip for flammability | UL 94 HB | Must meet a minimum horizontal burning test | PASS; V-0 Self-Extinguishing |
| Flexibility | IPC-TM-650 section 2.4.5.1 on tin panel | No evidence of cracking or crazing of the cured coating | PASS |
| Dielectric Withstanding Voltage | IPC-TM-650 sec. 2.5.7.1 on IPC-B-25A Test Board | No disruptive discharge, sparkover, or breakdown. @1500VAC, Max 10 uA leakage rate; Pattern D insulation resistance >10¹²Ω | PASS |
| Moisture and Insulation Resistance | IPC-TM-650 section 2.6.3.4 on IPC-B-25A | Minimum 500MΩ for ER and 5GΩ for all other types after exposure to humidity within 1-2hours of exposure; Insulation resistance post moisture exposure: >10¹¹Ω = before exposure (No Degradation) | PASS, Meets Requirements for “Parylene Type” |
| Thermal Shock | IPC-TM-650 section 2.6.7.1 on IPC-B-25A | Appearance and Dielectric Withstand Voltage after testing must meet the above-mentioned passing levels | PASS |
| Temperature and Humidity Aging | IPC-TM-650 sect. 2.6.11.1 on ‘‘Y Panel” test coupon | No evidence of softening, tack, cracking, loss of adhesion, or reversion | PASS |
| New Type of Conformal Coating from AI Technology, Inc. | - SC7130-CC is a new class of thin conformal coating with molecular structure of fluorinated polymer for hydrophobic and moisture barrier
- Designed for low cost spray-dip-brush coating methods to achieve 12.5-50µm thickness
- The strong and tight molecular stability is engineered for extreme conditions including salt-fog, salt-water, acid rain, and corrosive environments
- This Parylene replacement conformal coating has been proven to outperform all traditional conformal coating in more stringent Radio Technical Commission for Aeronautics (RTCA DO 160) applications
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