3M™ 3900 Multi-Purpose Duct Tape, 48 mm W x 54.8 m Roll L, 7.6 mil THK, Yellow

Duct Tapes
941033 MFG #: 3900-Yellow
3M™
18.92000 / ea
  • Adhesion Strength: 53 in-oz
  • Alternate Catalog Number: 3900
  • Application: Multi-Purpose
  • ARRA Compliant: X
  • Buy American Compliant: X
  • Catalog Number: 3900-Yellow
  • Country of Origin: CA
  • Currency: USD
  • EU RoHS Indicator: C
  • Expiry|Spoilage Date Applicable Indicator: Y
  • Gross Volume per Pack Metric: 21.31
  • Gross Volume UOM Metric: kg
  • Gross Weight Per Pack: 1.3050 lb
  • Gross Weight per Pack Metric: 14.42
  • Gross Weight UOM Metric: kg
  • Harmonization Tariff Schedule Code: 5906100000
  • Height: 8.39 in
  • Height [Metric]: 21.3106 cm
  • Length [Metric]: 46.8376 cm
  • Maximum Operating Temperature: 200 °F
  • Returnable: Y
  • Size: 1.88 in x 60 yd
  • Specifications Met: ASTM D3330/ASTM D3759/ASTM D3652
  • Standards: UL 723 ASTM E84 D3330 D3759 D3652
  • Tensile Strength: 28 in-lb
  • Type: Multi-Purpose
  • UNSPSC: 31201500
  • UPC 11: 02120049828
  • UPC 12: 021200498282
  • Warranty Description: cm
  • Width [Metric]: 31.2928 cm
  • Stock Status: NORMALLY STOCKED
  • Brand: 3M™
  • Manufacturer: 3M™
  • Adhesive Material: Rubber
  • Backing Material: Polyethylene Over Cloth Scrim
  • Color: Yellow
  • Length: 18.44 in
  • Thickness: 7.6 mil
  • Width: 12.32 in
QTY
  • Applications
  • Features
Multi-Purpose
resists moisture prolonging the tape bond in moist or humid environments.
Designed for general use in MRO/construction applications
Removes cleanly for up to 3 months when applied indoors
Sticks immediately and stays on for up to 1 year without deterioration
Strong water-resistant backing resists wear and light abrasion
Provides a tight, moisture-resistant seal in many containment situations
Conforms to irregular surfaces without lifting
Sticks immediately and stays on for up to 1 year without deterioration
Strong water resistant backing resists wear and light abrasion
Provides a tight, moisture resistant seal in many containment situations
Conforms to irregular surfaces without lifting