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Conformal Coating Multi-Cure® 987 from DYMAX Corp. has met the requirements of MIL-I-46058C and IPC-CC-830B. The product is specifically formulated for rapid room-temperature cure when exposed to UV and/or visible light.
Conformal Coating Multi-Cure® 987 from DYMAX Corp. has met the requirements of MIL-I-46058C and IPC-CC-830B. The product is specifically formulated for rapid room-temperature cure when exposed to UV and/or visible light. Any coating in shadowed areas on densely populated circuit boards may be cured with heat. Based on DYMAX Multi-Cure® 984-LVUF, 987 reportedly is designed with better wetting on circuitry and components. According to the company, this product dispenses easily and cures quickly for precise quantity and placement.
The product is blue fluorescing under “black” light for easy inspection, and it is chemically resistant for better protection. The viscosity is optimal for spraying thin coatings of 0.001 to 0.003" thickness.
The coatings contain no non-reactive solvents and cure only upon exposure to UV, visible light and/or heat. Their ability to cure in seconds reportedly enables faster processing, greater output, and lower assembly costs.
For more information, call 877.DYMAX.UV (877.396.2988) or visit www.dymax.com.
Conformal Coating Multi-Cure® 987 from DYMAX Corp. has met the requirements of MIL-I-46058C and IPC-CC-830B. The product is specifically formulated for rapid room-temperature cure when exposed to UV and/or visible light. Any coating in shadowed areas on densely populated circuit boards may be cured with heat. Based on DYMAX Multi-Cure® 984-LVUF, 987 reportedly is designed with better wetting on circuitry and components. According to the company, this product dispenses easily and cures quickly for precise quantity and placement.
The product is blue fluorescing under “black” light for easy inspection, and it is chemically resistant for better protection. The viscosity is optimal for spraying thin coatings of 0.001 to 0.003" thickness.
The coatings contain no non-reactive solvents and cure only upon exposure to UV, visible light and/or heat. Their ability to cure in seconds reportedly enables faster processing, greater output, and lower assembly costs.
For more information, call 877.DYMAX.UV (877.396.2988) or visit www.dymax.com.
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