What is Polycarbonate Sheet for Rail Transit Barrier?
A polycarbonate sheet for rail transit barriers provides essential safety protection and noise reduction for railway and subway systems. Jietai PC sheets offer the impact resistance needed to withstand debris and vandalism while maintaining transparency for passenger visibility and natural station lighting.
Key Features
- High Impact Resistance — 250x stronger than glass, withstands rail debris impacts
- Safety Glass Alternative — Shatterproof design eliminates dangerous glass fragments
- Noise Reduction — Multi-wall structure provides effective acoustic performance
- UV Stable — Co-extruded UV layer prevents yellowing in outdoor station areas
- Lightweight — Reduces support structure costs for elevated installations
- Graffiti Resistant — Easy to clean surface simplifies maintenance
Technical Specifications
| Property | Value |
|---|---|
| Thickness Options | 8mm, 10mm, 12mm |
| Width Options | 1220mm / 1560mm / 2100mm |
| Length | 6m standard (custom available) |
| Light Transmission | Up to 80% (clear) |
| Temperature Range | -40°C to +120°C |
Typical Applications
- Railway platform barriers
- Subway station safety screens
- Rail transit noise barriers
- Train station skylight glazing
- Metro ventilation covers
- Rail bridge protective screens
- Transit station canopies
- Light rail platform roofing

Why Choose Jietai
Please contact our sales team for more information about rail transit polycarbonate sheets. We provide technical specifications and project support for transportation infrastructure applications. Jietai is your trusted partner for safety glazing solutions.
Contact Jietai for rail transit polycarbonate sheets for your transportation infrastructure project. Our safety panels meet strict industry standards and are designed for long-term performance. We provide technical specifications.
Jietai PC sheets for rail transit applications meet strict safety and durability standards required by the transportation industry. Our panels are designed for long-term performance.

