Two Can Epoxy Basic Rhodamine
The Two Can Epoxy ink series exhibit excellent solvent and chemical resistance and offer a high degree of adhesion to a variety of difficult to print surfaces.
As the name indicates the Two Can Epoxy ink series is a two pack system that dries by polymerisation. A catalyst ER176 added prior to use, initiates the polymerisation process. The system will NOT dry or cure without the addition of catalyst.
After the addition of catalyst the ink system will air dry to a tack free state in approximately 2 hours, but 7 days are required for the film to fully cure to maximum adhesion and chemical resistance. If force drying or baking, the time to complete cure is as follows:
120 Deg. C (250 Deg. F) for 10 minutes
150 Deg. C (300 Deg.F) for 7 minutes
180 Deg. C (350 Deg.F) for 4 minutes
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Product Specifications
| Finish | Gloss |
|---|---|
| Drying | Touch dry approx. 2 hours. Maximum final cure 7 days |
| Thinner Washup | Thinner ER180 Retarder ER182 Washup ER180 |
| Mesh | Mono filament fabric 62T - 140T |
| Stencil | Any non-solvent based emulsion |
| Coverage | Approx. 40 sqm per kg |
| Colour Range | 9 Standard 8 Basic Pantone Plus Black and White Special colours as required |
Customer Testimonials
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Janelle @ J-Nells Soy Candles n MeltsFrank was awesome helping me set up my new printer through team view...helped me when i needed it and knew his stuff...Very happy as always with the team from GJS sydney.
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Dean, WF PlasticsThanks again for your help along the way Michael. I know it's an almost zero margin sale for you compared to decent sales, so I appreciate you treating it like a decent sale none the less. Very professional.
Why Choose GJS
Remote technical support
If you have a problem with a computer setting or issue with your artwork, the GJS Support Team can remotely connect to your PC or MAC through the internet to see what is going wrong. It means that any small issue can be resolved quickly without the need for an onsite call. Simply have the GJS Print Support utility downloaded on your computer.Last Updated
Saturday, 21 December 2024
Further Information
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