Polymer Science, Inc

Custom coater for the medical, electronics, automotive and general industrial markets.

[Polymer Science, Inc @PolymerScience_]

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.

[Polymer Science, Inc @PolymerScience_]

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.

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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]

[Polymer Science, Inc @PolymerScience_]

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]

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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]

[Polymer Science, Inc @PolymerScience_]

☘️ 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]

[Polymer Science, Inc @PolymerScience_]

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]

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

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]

[Polymer Science, Inc @PolymerScience_]

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

[Polymer Science, Inc @PolymerScience_]

P-DERM® Field stat check:
Long-Term Wear → 24–72+ hr shear hold
Low-Trauma Removal → 0.5–2.5 N/cm peel

Winning designs balance both.
https://t.co/OkBFHB2eZ6

[Polymer Science, Inc @PolymerScience_]

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