3M Canada
3M™ 7100027391 Double Coated Tape, 36 yd L x 12 mm W, 3 mil THK, Repulpable Adhesive, Blue
UNI3M06398
MFG #: 7100027391
$0.00
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Out Of Stock
- Adhesive Material: Repulpable
- Backing Material: Tissue Paper
- Color: Blue
- Country of Origin: US
- Length: 36 yd
- Liner Material: Release Paper
- Manufacturer Name: 3M
- Maximum Operating Temperature: 400 deg F
- Request For Quote: No
- Thickness: 3 mil
- Width: 12 mm
3M™ repulpable double coated flying paster for newsprint 913 is a lightweight tissue tape coated on both sides with a blue, high tack, repulpable adhesive. It combines quick adhesion with excellent heat resistance. The combination of high initial adhesion and very good heat resistance makes 3M™ repulpable double coated flying paster for newsprint 913 ideal for lightweight coated papers. It is not recommended for finished roll splices or where oozing and bleeding may occur. This tape features a lightweight tissue coated on both sides with a blue, repulpable adhesive on a silic1-treated, repulpable , semi bleached kraft paper liner. Tape offers excellent heat resistance up to 400 deg F (204 deg C) web temperature. Repulpable construction means there is no need to remove splice from waste, eliminating the danger of contaminating the paper mill broke with non- repulpable material. It meets or exceeds TAPPI UM-213, procedure A, so it helps to increase the value of waste paper. For decades, our products have been at work in paper mills and printing plants helping to improve the quality of the work that goes out and the efficiency of how it gets done. From paper web splicing to plate mounting and packaging the finished job, you can rely on us for solutions and service throughout your operation.
- Standards
- Application
- Item Features
TAPPI UM-213, Procedure A|CFR 21 176.170
For newsprint 913 and lightweight coated papers
- Designed for newspaper splicing
- Can be used in conjunction with 9030 nose tabs
- Excellent adhesion delaminates most papers
- Eliminates the human element from flying splice adhesive operations
- Excellent heat resistance in drying temperatures up to 400 deg F (204 deg C)