uscmhicks
Super Freak
I think everyone simply freaked out after the ed-209 started to crack and some of the aliens bodys split a little. It does freak me out personally to be honest.
I haven't bough a HT Alien, and don't ever plan to.
As for my Predators, I open them, assemble them, and put them in a curio. If I was to think anything would be 'bad' for rubber, the first place I'd start looking is some of your oily, grubby hands.
I've watched many a youtube video of people with their collectibles, and I'll wager that half of the people don't EVER wash their hands before handling something.
I like to rub myself down in baby oil before handling my Aliens, it makes for a more enjoyable experience, and as the oil is water based it doesn't harm the rubber.
you get up and I'm still not asleep.
do you ever sleep?
I have to be at work for 7am, but I got today off cos I got loads of stuff to do, and I have to take my two kittens to the vets to get them spayed.
Besides the rubber on the Ed-209 has any rubber on an HT figure rotted? I have BBi and Dragon figures from 10 years ago with rubber parts and so far no splitting, cracking or discoloration. Why panic before you have a reason too?
And telling HT to not use the material because it might be a problem some day? So instead you'd want figures that cost more and don't look as good because they just might, possibly, last a little longer?
I think everyone simply freaked out after the ed-209 started to crack and some of the aliens bodys split a little. It does freak me out personally to be honest.
WORTH A TRY:
Two processes are of special importance in the preservation of rubber: oxidation, a chemical deterioration, and crystallization, a molecular restructuring that causes the material to loose its elasticity. Modern rubber, such as that found in NASM spacesuits, is highly susceptible to oxidation, and will slowly crystallize at room temperature.
Rubber can be preserved against oxidation by cold storage but only at the cost of consideraly accelerating crystallization. However, it was found that such low temperature crystallization is reversible through heating, and that crystallization occurring at sufficiently low temperatures will be completely reversed by returning the object to room temperature. This was found also to be valid for rubber that has already undergone appreciable chemical change through oxidation. Hence, cold storage provides an effective long-term preservation strategy for rubber.
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