3M Night Vision Specification Guide
3M Night Vision Window Film Technical Specifications
Compare 3M Night Vision NV15, NV25 and NV35 by visible light transmission, infrared heat rejection, total solar energy rejected, exterior reflectivity and glare reduction before choosing the right film for your glass.
| Model |
VLT |
Infrared Heat Rejection |
TSER |
Exterior Reflectivity |
Glare Reduction |
Best For / Important Note |
| 3M NV15 |
15% |
83% |
72% |
38% |
83% |
Maximum shade, strongest daytime mirror effect and strongest glare cut. May not suit stricter condo or HDB exterior reflectivity rules. |
| 3M NV25 |
24% |
70% |
60% |
19% |
73% |
Balanced privacy, heat rejection and darker appearance. Check site rules before choosing if exterior appearance is controlled. |
| 3M NV35 |
36% |
62% |
51% |
13% |
59% |
Lighter shade with softer reflectivity. Usually the easiest Night Vision option for more sensitive projects. |
3M NV15
Strongest Shade + Highest IR Reading
⌄
Infrared Heat Rejection
83%
Exterior Reflectivity
38%
Best For
Maximum shade, strongest daytime mirror effect and strongest glare cut.
Important Note
May not suit stricter condo or HDB exterior reflectivity rules.
3M NV25
Balanced Privacy + Heat Rejection
⌄
Infrared Heat Rejection
70%
Exterior Reflectivity
19%
Best For
Balanced privacy, heat rejection and darker appearance.
Important Note
Check site rules before choosing if exterior appearance is controlled.
3M NV35
Softer Reflective Look
⌄
Infrared Heat Rejection
62%
Exterior Reflectivity
13%
Best For
Lighter shade with softer reflectivity.
Important Note
Usually the easiest Night Vision option for more sensitive projects.
Note: Performance readings may vary depending on glass type, glass thickness and test method. Infrared heat rejection is commonly measured within a selected near-infrared wavelength range, while TSER measures total solar energy rejected.