Скачать или смотреть Why Some PPF Coatings Stay Intact Even Under Extreme Stretching

Have you ever stretched a paint protection film (PPF) to the limit, almost breaking the film itself—yet the coating didn’t crack at all?
Many people assume this comes from a longer curing time.
In reality, it has nothing to do with curing—it’s all about coating technology.

In this video, we reveal the real difference between traditional UV-cured coatings and immersed coating technology used in premium PPF.

You’ll learn:

Why conventional UV coatings develop microcracks when TPU is stretched

How immersed coatings penetrate deeper into the TPU base layer

Why coating toughness matters more than curing time

How high-toughness immersed coatings maintain integrity even at 180%–200% elongation

For PPF distributors and wholesalers, this technology directly impacts:

Installation reliability

After-sales risk

Product differentiation in premium markets

If you want to understand PPF coating technologies, make smarter PPF selection decisions, and keep up with global market trends, follow our channel for professional, material-driven insights.

Chapter:
00:00 – Why some PPF coatings don’t crack under extreme stretch
Stretching failure isn’t about curing time—it’s about coating design

00:24 – Traditional UV-cured coatings explained
Why hard coatings create microcracks when TPU elongates

00:48—What is immersed coating technology?
How deeper penetration dramatically increases tensile performance

01:05 – Stretch limits: traditional vs immersed coatings
120–140% elongation vs 180–200% and beyond

01:13 – What this means for distributors and premium markets
Lower risk, easier installation, and stronger product differentiation

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