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These problems with ink drying out in the sponges could lead to the idea of sealing the vent with tape.
For cartridges refilled using the German method this is definitely a no-no. The cartridge will likely leak through the German refill hole.
I don't know about cartridges that are top filled. When you seal the vent on a cartridge and the barometric pressure drops, then air or ink from the cartridge will seek the easiest way out, and are the the top fill hole seal, the ink outlet seal, and the vent seal all strong enough to resist the air or ink? Canon's factory ink outlet seal and the sealing tape on top of the cartridge are probably welded using an ultrasonic technology. I see no way a home refiller can replicate that.
A clamp type device sealing the ink outlet and the vent might possibly be used successfully on cartridges that are refilled using the Freedom method or traditional vacuum refill method, as no holes or seals are added to the cartridge. Maybe a storage clip plus aluminium tape could also be used? This would be more handy.
I think this means storing the cartridges in an (almost) airtight food container with a source of water vapour might be an option. To avoid mould growth on moistened paper, alcohol or a disinfectant could be added to the water. Maybe using an inorganic material to store the water is better, for instance a small piece of a brick or similar. You could then boil this to kill bacteria or spores, before use.
I have stored refilled HP combined sponge/print head cartridges in a such container. In some cases I had mould growth on the moistened paper, in other cases the moistened paper was dry after a couple of months.
I don't know the ideal solution to the storage problem, but I remember @Smile had a thread about this problem some time ago.
For cartridges refilled using the German method this is definitely a no-no. The cartridge will likely leak through the German refill hole.
I don't know about cartridges that are top filled. When you seal the vent on a cartridge and the barometric pressure drops, then air or ink from the cartridge will seek the easiest way out, and are the the top fill hole seal, the ink outlet seal, and the vent seal all strong enough to resist the air or ink? Canon's factory ink outlet seal and the sealing tape on top of the cartridge are probably welded using an ultrasonic technology. I see no way a home refiller can replicate that.
A clamp type device sealing the ink outlet and the vent might possibly be used successfully on cartridges that are refilled using the Freedom method or traditional vacuum refill method, as no holes or seals are added to the cartridge. Maybe a storage clip plus aluminium tape could also be used? This would be more handy.
I think this means storing the cartridges in an (almost) airtight food container with a source of water vapour might be an option. To avoid mould growth on moistened paper, alcohol or a disinfectant could be added to the water. Maybe using an inorganic material to store the water is better, for instance a small piece of a brick or similar. You could then boil this to kill bacteria or spores, before use.
I have stored refilled HP combined sponge/print head cartridges in a such container. In some cases I had mould growth on the moistened paper, in other cases the moistened paper was dry after a couple of months.
I don't know the ideal solution to the storage problem, but I remember @Smile had a thread about this problem some time ago.
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