Polymer Chemistry Research Experience Support: NSF Polymer Program NSF-1308617 (PI: Chang Ryu)/RPI Polymer Center William Novak Falls Church Virginia
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Polymer Chemistry Research Experience
Support: NSF Polymer Program NSF-1308617 (PI: Chang Ryu)/RPI Polymer Center
William Novak
Falls Church Virginia
Sneak peek into the new, hip fashion and technology with the
Special thanks to supermodel Elliot Wright
Featuring Companies such as
and many more...
Polymer Chemistry Research Experience.Support: NSF Polymer Program NSF-1308617 (PI: Chang Ryu)/RPI Polymer Center
Our products are made from only the highest
quality polymers such as Acrylonitrile butadiene
styrene (ABS) and our progressive
environmentally friendly Polylactic Acid (PLA).
FTIR Results for PLA
White PLA
Grey
PLA
Clear
Blue
PLA
Next: FTIR of ABS
Black PLA
Yellow ABS
Pink ABS
Orange ABS
Pink ABS
Polymer Chemistry Research Experience.Support: NSF Polymer Program NSF-1308617 (PI: Chang Ryu)/RPI Polymer Center
Comparing DSC Data
Black PLA, 6.97 mg (DSC, 10 oC/min)
Blue PLA, 11.29 mg (DSC, 10 oC/min)
Clear PLA, 27.29 mg (DSC,
10 oC/min)
Yellow ABS, 7.24 mg (DSC, Heating
at 0 oC/min)
Blue ABS, 6.98 mg (DSC, Heating at 10 oC/min)
Conclusion of Data
FTIR Scans show that our plastics are high quality- as they
resemble the baseline polymers without dyes. DSC Data
shows how melting points vary based on pigment and type,
but our manufacturers 3Doodle pen for our handmade
products has variable temperatures. The different melting
and crystallization points for the different polymers is not a
problem for our expertly trained artisans and engineers that
make your top notch technology and fashion. Your
satisfaction, or your money back!*
not really dont worry about it though
Polymer Chemistry Research Experience.Support: NSF Polymer Program NSF-1308617 (PI: Chang Ryu)/RPI Polymer Center
SUMMARY
William Novak, Falls Church, Virginia
The Polymer Chemistry Program at RPI perfectly facilitates an interactive and enjoyable experience of polymer chemistry. With interactive labs, activities, and
lectures, Professor Chang Ryu and his team of relatable RPI students help students understand the unique world of polymers. We discussed the makeup and properties
of a plethora of different polymers, as well as many of their uses; The lot of us enjoyed using the 3D printer doodle pen.
Independant Sample
My sample was Polypropylene - a more simple
thermoplastic polymer with a 0 C glass
transition pointing and 160 C melting point
Independant Sample DSC
My sample was the same as Sophie and Mathews, but we each had different items. This shows how
versatile and widely used Polypropylene is.
Exothermic
Tm ~ 160C
?
Gallery
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