Silicone Super Ball: Learn About Its Properties & Chemistry

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SUMMARY

The discussion centers on the properties and chemistry of silicone super balls, specifically focusing on the polymerization process that creates the silicone material. Participants confirm that mixing the two substances results in a new polymer, likely atactic, characterized by numerous crosslinks, which can lead to brittleness and low durability. The conversation explores how varying conditions such as pressure, temperature, and catalysts can alter the properties of the silicone polymer, with inquiries about the specific chemical reactions and potential products formed during the process.

PREREQUISITES
  • Understanding of polymer chemistry, specifically silicone polymerization
  • Knowledge of atactic vs. isotactic polymer structures
  • Familiarity with the effects of temperature and pressure on polymer properties
  • Basic grasp of chemical reaction equations and product formation
NEXT STEPS
  • Research the polymerization process of silicone and its reaction mechanisms
  • Study the differences between atactic and isotactic polymers in terms of properties
  • Investigate the effects of catalysts on silicone polymerization
  • Explore the impact of environmental conditions on polymer durability and flexibility
USEFUL FOR

Chemistry students, materials scientists, and anyone interested in the properties and applications of silicone polymers.

vaazu
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Hello,

I have some questions about the "Silicone super ball". Heres a link for it www.flinnsci.com/Documents/demoPDFs/Chemistry/CF0758.50.pdf[/URL]
I have to make a presentation about it so I need to educate myself on the topic.
When the solution is mixed a new polymer forms, because it´s just mixing the two substances the new polymer is probably atactic and has lots of crosslinks. Am I right? The polymer formed is sometimes very brittle, soft and has low durability. But what would happen if the conditions were different (pressure, temperature, catalysts), what properties would the material then have? Probably there is a lot of different properties it can have, but can anyone give examples, they don't have to be very accurate, just to get the idea. I would be very happy if anyone could give me the exact equation to this reaction, what are the product(s) besides the polymer. If anyone has more ideas what to talk about it, I would be grateful.
 
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You're asking a lot of questions , be more specific.
 
Is the polymer atactic?
if it is, how can it be achieved, probably can't be explained in a simple way?
what properties would it have if it were for example isotactic?
 

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