Great night at the Lafayette Aviators game with Polymer Science employees and their families.
Strong teams build great products. Events like this support our Quality Policy commitment to “Create a Better Work Environment” while celebrating the people behind our success.
Congratulations to Kris Hanson on his retirement after an accomplished career of more than 45 years across automotive, energy conversion, consumer electronics, & advanced materials markets. Thanks for your contributions to Polymer Science & the industry. We wish you all the best.
Memorial Day is a time to remember those who gave everything in service to our country.
Their sacrifice made our freedoms—and our work—possible.
Today we pause to honor them.
Remember. Honor. Respect.
#MemorialDay
EMI shielding isn’t solved at the enclosure anymore. It’s distributed across the device.
Miniaturization, 5G, higher power density, and complex assemblies shift performance to interfaces.
P-SHIELD® enables stable EMI control across real architectures.
https://t.co/rFB0cXW3AC
Coat weight drives wear time.
Too thin → early failure
Too thick → new risks
Optimized → stable performance
P-DERM® systems are engineered for real-world skin conditions.
Learn more:
https://t.co/p8YpWBX6Gg
Connect with our team:
[email protected]
Gap filler or heat spreader? The right choice drives thermal performance.
• Gap fillers → improve contact
• Heat spreaders → reduce hot spots
P-THERM® solutions are engineered for both.
Learn more:
https://t.co/jOgYxcyfdG
[email protected]
May the 4th be with your performance.
EMI isn’t noise—it’s risk.
P-SHIELD® PS-3217 delivers multi-axis conductivity and reliable shielding in demanding designs.
Take control:
https://t.co/vcb60BuWbL
Adhesion on skin isn’t a single data point—it’s a time-dependent system.
Moisture, motion, and skin variability drive failure.
P-DERM® is engineered for viscoelastic stability, MVTR control, and consistent wear.
Learn more: https://t.co/1ef93xw7Bz
#MedTech
Maverick Robotics / McCutcheon High School
Polymer Science is proud to support hands-on STEM programs that build real engineering capability—this win reflects execution, discipline, and technical skill.
Next: FIRST Championship in Houston.
#STEM#Robotics#FIRST#Engineering
Polymer Science joins Vybond + Henkel at #PSTCTapeWeek 2026 for a panel on Medical Device Adhesive Trends.
See where healthcare adhesives are heading.
Register here: https://t.co/O47bYMrWaE
Thermal conductivity alone doesn’t define performance.
k → heat flow
c → energy absorption
Same k, different c → different temperature rise.
α = k / (ρc)
If you ignore heat capacity, you miss real system behavior.
Learn More: [email protected]
☘️ Strike Gold in EMI Shielding
Introducing P-SHIELD® PS-3272 — a soft gold-plated conductive foam with conductive adhesive designed for low compression force and superior PIM protection in RF and electronics systems.
Learn more:
https://t.co/VPyV2fnbnT
[email protected]
π is irrational. Your material decisions shouldn’t be.
This #PiDay, explore how P-DERM®, P-THERM®, P-SHIELD®, and our General Industrial solutions bring logic, control, and performance to real designs.
Learn more: https://t.co/HM0FNDFO5h or e-mail at [email protected]
Wearable biosensors depend on more than electronics. Skin-compatible adhesives are often the real bottleneck.
P-DERM® adhesives support:
• Reliable adhesion
• Skin-friendly extended wear
• Breathable moisture control
• Gentle removal
Learn more:
https://t.co/dMSJJMSY0G
Electronics keep getting faster—and hotter.
In AI processors, EV power electronics, and aerospace systems, even tiny air gaps increase thermal resistance.
P-THERM® silicone TIMs improve heat transfer and reliability.
Learn more:
https://t.co/7FDz7kUnFS
Total thermal impedance — not just k-value — governs performance.
P-THERM® silicone gap fillers reduce interface impedance while limiting mechanical stress.
Passive. Reliable. Engineered for vibration and thermal cycling.
Learn more:
https://t.co/qL0HdziKM3
P-SHIELD® Conductive Fabric Tape
EMI control starts at the board. Flexible shielding isolates sensitive circuitry from external EMI and from each other.
0.03 mm (Thin) | 0.055 mm (Thick)
https://t.co/02AOlZ6Ff6
[email protected]
Silicone thermal gap fillers reduce heat by replacing air and conforming under load. Don’t design to “k” alone—installed thermal impedance depends on BLT, area, durometer, and pressure (ASTM D5470-type data).
Learn P-THERM®: https://t.co/FSSXKEI4cI
Wear time in skin-worn medical devices is often limited by moisture, not adhesion strength. Occlusion, low MVTR, and interfacial hydration drive maceration and edge lift. Adhesive chemistry matters.
See P-DERM® systems at MD&M West, Booth 2467
https://t.co/SLBrJ83Jh2