Foundite TPU bulletproof film: military-grade protection, providing safe and durable solutions

When security needs meet extreme challenges, Foundite bulletproof TPU film provides reliable protection for key scenarios
From military equipment to daily commercial spaces, Foundite military-grade polyurethane bulletproof film redefines the protection boundary with an impact strength 5 times that of traditional PVB film. Adapting to the stable performance from -40℃ to 70℃, combined with environmentally friendly and recyclable characteristics, it provides lightweight and highly transparent safety barriers for multiple fields.

Scenario-based solutions, accurately matching industry needs
1. Military and explosion-proof fields:
Fighter observation windows, tank protective glass, explosion-proof vehicle armored vehicle glass, resist high-intensity impact and extreme environments, and ensure the safety of combat equipment.

2. Building and security upgrades:
Bank bulletproof glass, jewelry display cabinets, museum cultural relics protection, high light transmittance design takes into account concealed protection to avoid the risk of violent destruction.

3. Automobile and transportation innovation:
New energy vehicle glass, panoramic sunroof, no fear of temperature changes and accidental impacts.

4. Commercial space protection:
Shopping mall windows, data center protection screens, high-end retail counters, invisible explosion-proof layer does not destroy the design aesthetics, long-term protection of asset security.

Why choose Foundite bulletproof TPU film?

✓ Military-grade toughness: The molecular structure is tightly cross-linked, absorbing impact energy more efficiently
✓ All-weather adaptability: no brittle cracking in extreme cold, no deformation in high temperature, can be deployed from the North Pole to the desert
✓ Environmentally friendly and sustainable: recyclable materials, in line with the trend of green manufacturing
✓ Invisible protection: Ultra-thin design keeps the original appearance of the object, and the light transmittance is comparable to ordinary glass