Acrylic Protective Film
Acrylic-adhesive protective film — high-tack durable, excellent weather resistance. Suited for long-term protection and transport, outdoor use. Reliable surface protection for products needing persistent protection.
Key Features
- High-tack durable, persistent adhesion
- Excellent weather resistance, outdoor use
- Long-term protection without falling off
- Easy die-cut processing
Applications
Long-term surface protection · Transport protection · Outdoor part protection · Building material surface protection
Material Tags
Technical Parameters
| Substrate | PET |
|---|---|
| Adhesive | Acrylic |
| Thickness | 0.03–0.10 mm |
| Adhesion | High (100–500 g/25mm) |
| Temperature | −20 ~ 60 °C |
| Feature | Durable weather resistant |
| Processing | Slitting / Die-cut |
Frequently Asked Questions about Acrylic Protective Film
Common questions about die-cutting and material selection for this product
How to Choose Protective Film Adhesion?
Choose adhesion by application: low tack (3-50g/25mm) for polished surfaces and optical lenses; medium tack (50-150g/25mm) for general metal and plastic surfaces; high tack (150-500g/25mm) for rough surfaces or long-term protection. Wrong adhesion causes residue (too high) or peeling (too low). We recommend prototype testing first.
What's the difference between silicone and acrylic protective film?
Silicone protective film withstands high temperature (up to 250°C), leaves no residue, and ages well — suited for high-temp processes and optical-grade surfaces. Acrylic film has more stable adhesion and lower cost, suited for room-temperature protection. Silicone film for high-end (screens, optics); acrylic for general industrial protection.
What scenarios suit PU self-healing protective film?
PU (polyurethane) self-healing film auto-repairs minor scratches, suited for automotive paint protection (PPF), premium surfaces (brushed metal, high-gloss panels), and electronics housings. Thickness 0.05-0.15 mm, high transparency, no impact on appearance. Note: PU film is soft — use low-tension feeding and sharp dies when die-cutting.
Have more questions? Our technical team is ready to provide one-on-one consultation
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