Chromaline ChromaLime Photopolymer Emulsion
IMPORTANT: Texsource ships in-stock items as orders are placed, and cannot guarantee that temperature-sensitive items, like emulsions and emulsion removers, will not be exposed to freezing temperatures in transit. Texsource is not responsible for items damaged by exposure to extreme temperatures.
Chromaline would like to introduce the NEW & IMPROVED ChromaLime pure photopolymer emulsion. This formula has been refined to fight humidity ensuring positives do not stick to the screen during exposure. This new formula is also optimized to work with UV LED exposure systems. This is the perfect direct emulsion for hot and humid weather! Lime Green Color.
- Reformulated to fight humidity
- Works with UV LED & traditional exposure systems
- Lime color promotes thorough exposure & easy registration
- Improved resolution and definition
- Optimized for UV LED & traditional UV exposure systems
- Very fast exposure
- Eliminates/greatly reduces sticking to inkjet films
- Non-tacky in high humidity conditions
- Exceptional resolution & definition
- Optimal translucency for easy registration & faster press setups
Emulsion Exposure Differences
Proper screen exposure must take many factors into account – the emulsion type, coating thickness, exposure unit, etc. As a general guideline for the different emulsion types (diazo, dual cure, and photopolymer) use these times as a reference.
Photopolymer – These are typically the fastest exposing emulsions, with many exposing correctly from 30-50 seconds. The shortest times can be seen when using a newer LED-type exposure unit.
Dual Cure – If you have established a good exposure time with photopolymer emulsions, you can typically add 90 seconds (1.5 minutes) to that time for most dual cure emulsions.
Diazo - If you have established a good exposure time with photopolymer emulsions, you can typically add 210 seconds (3.5 minutes) to that time for most diazo emulsions.
These times will depend heavily on your exposure unit and should only be considered as a starting point.