| SKU | 7100415899 |
|---|---|
| Legacy SKU | 75347318216 |
| UPC | 00068060187000 |
| Catalog Number | 3931-11.96X50 |
| Product Number | 3931-11.96X50 |
3M High Intensity Prismatic Reflective Sheeting Series 3930 is a non-metalized microprismatic lens reflective sheeting designed for use in the production of durable reflective traffic control signs and delineators that are exposed vertically in service.
- 3M™ High Intensity Prismatic Reflective Sheeting Series 3930, as manufactured by 3M, meets the retroreflective requirements described in the ASTM D4956 standard for Type IV retroreflective sheeting.
- When used as part of 3M's system of matched components, finished sign faces are backed by the 3M™MCS™ Warranties.
- Also available as 3M™ High Intensity Prismatic Digital Reflective Sheeting Series 3930UDS, which is specifically designed for digital imaging applications while maintaining the same high standards of retroreflectivity
- When applied to properly prepared sign substrates, the Sheeting provides long-term reflectivity and durability for mulitple traffic sign applications.
- Compatible with 3M qualified Digital Printer solutions
- Performance warranted for up to 10 years
Product Dimensions |
Imperial | Metric |
| Weight | 0 NULL | |
|---|---|---|
| Width | 0 null | |
| Length | 0 null | |
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Shipping Dimensions |
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| Weight | 17.252 lb |
|---|---|
| Length | 16.01969 in |
| Width | 10.00984 in |
| Height | 10.32992 in |
| Color | Yellow |
|---|
PRODUCT FAQ
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What is 3M™ High Intensity Prismatic Reflective Sheeting 3931 used for?
This reflective sheeting is designed for high-visibility applications like traffic signs, vehicle markings, safety equipment, and outdoor warning labels where you need excellent nighttime visibility and durability.
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How long does the 50-yard roll last, and what width does it cover?
Each roll is 11.9687 inches wide and 50 yards long, giving you approximately 447.5 square feet of reflective material to work with for your projects.
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Is this sheeting suitable for outdoor use?
Absolutely! The High Intensity Prismatic design is engineered for outdoor applications and maintains its reflectivity and adhesion even in challenging weather conditions over an extended lifespan.
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Can I apply this reflective sheeting to curved surfaces?
Yes, this sheeting can be applied to slightly curved surfaces, though it works best on flat or gently curved areas. For sharp curves, you may want to test a small section first to ensure proper adhesion.
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What makes 3M's High Intensity Prismatic reflective sheeting different from standard reflective materials?
The prismatic technology uses tiny corner cubes to reflect light back to its source more efficiently than traditional beaded reflective materials, giving you superior nighttime visibility and performance in demanding applications.
The 3M High Intensity Prismatic Reflective Sheeting Series 3930 represents an advanced solution designed to enhance visibility during low-light conditions and nighttime environments. This reflective sheeting incorporates a sophisticated optical design that utilizes prismatic technology to redirect light back toward its source with exceptional efficiency. The engineering behind this product aims to significantly improve safety outcomes for applications where visibility is critical, particularly during evening hours or in conditions of reduced ambient light.
This reflective sheeting is engineered to deliver sustained reflective performance over an extended service life. The combination of durable materials and advanced optical engineering ensures that the sheeting maintains its reflective capabilities through prolonged exposure to environmental conditions. The improved optical package integrated into the Series 3930 design works to maximize the return of light, thereby creating a more visible surface that can be detected from greater distances by vehicle operators and other observers.
- High-intensity prismatic reflective technology for superior nighttime visibility
- Extended durability and long-term reflectivity retention
- Advanced optical design for enhanced light return efficiency
- Suitable for applications requiring reliable low-light performance

