Reflective Sheeting Diamond Grade 4000-4092-36X50 Dg Reflective Sheeting 4092 Red 36 Inch x 50 Yards - Stuk Solutinons — STUK.Solutions
Click or scroll to zoom
Tap or pinch to zoom
Safety Tapes 3M 4000-4092-36X50 Diamond Grade Dg Reflective Sheeting 4092 Red 36 Inch x 50yds
Click or scroll to zoom
Tap or pinch to zoom
Safety Tapes 3M 4000-4092-36X50 Diamond Grade Dg Reflective Sheeting 4092 Red 36 Inch x 50yds
Safety Tapes 3M 4000-4092-36X50 Diamond Grade Dg Reflective Sheeting 4092 Red 36 Inch x 50yds

3M Diamond Grade 4000-4092-36X50 ~ Dg Reflective Sheeting 4092 Red 36 Inch x 50 Yards

by 3M
$2,363.38

Usually product ships in 16 days

3M Diamond Grade DG? Durable Reflective Sheeting, 4092, red, 36 in x 50 yd

  • 3M? Diamond Grade? DG?? Reflective Sheeting is a microprismatic retroreflective sheeting designed for the production of traffic control signs and delineators
  • The 4000 Series sheeting features industry-leading, Full-Cube Prismatic Lens technology, making it 3M?s most efficient retroreflective sheeting
  • Returning 58% of available light both in daytime and at nighttime, this sheeting provides higher visibility than ordinary coloured sheetings, even in inclement weather
  • Ideal for all roadway and traffic control signage, 3M? Diamond Grade? DG?? Reflective Sheeting offers enduring performance.
    • Part # 7000004901
    Sold in qty's of 1
    Color Red
    Length 50yds
    Width 36 Inch
    Line Diamond Grade
    Country of origin United States
    Product type Reflective Sheeting

    Product Features

  • Full-cube prismatic lens retroreflective sheeting
  • Industry-leading, Full-Cube Prismatic Lens technology returns 58% of available light to maintain visibility
  • Provides improved visibility over glass bead retroreflectors and truncated cube optics
  • Pressur

    • Manufacturer Suggested Use

  • Roadway and traffic control signage (including signage currently in use)
  • Aluminum, steel, high-density overlay plywood and can be applied on top of other sheeting
  • Apply to vertical, flat surfaces