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Void Polyester Label Products

FMV02 • FMV12 • FMV22 • FMV32 • FMV0E

Product Description

3M™ Void Polyester Label Products are tamper-indicating stocks designed to provide

a “void” message in the facestock when removal is attempted. These void polyester

labels utilize 3M™ Adhesive P1410 which is an aggressive tackified emulsion acrylic

adhesive that offers excellent adhesion to a wide variety of substrates, including

polyolefins.

Technical Data

February, 2007

Construction

Product

Facestock

Adhesive

Liner

3M™ Void

.002 in. Silver Void

P1410

50# SC

Polyester Label

Polyester TC

Perm. 18

3.1 mil semi-bleached

Product FMV02

super calendered kraft sheet

3M™ Void

.002 in. White Void

P1410

50# SC Remoist

Polyester Label

Polyester EDP

Perm. 18

3.1 mil semi-bleached

Product FMV12

super calendered kraft sheet

3M™ Void

.002 in. White Void

P1410

50# SC

Polyester Label

Polyester TC

Perm. 18

3.1 mil semi-bleached

Product FMV22

super calendered kraft sheet

3M™ Void

.002 in. Silver Void

P1410

50# SC Remoist

Polyester Label

Polyester Translucent

Perm. 18

3.1 mil semi-bleached

Product FMV32

EDP

super calendered kraft sheet

3M™ Void

.002 in. Silver Void

P1410

50# SC C2S

Polyester Label

Polyester TC

Perm. 18

3.1 mil semi-bleached

Product FMV0E

super calendered kraft sheet

(Calipers are nominal values)

Typical Physical

Properties

Peel Adhesion

3.0 lbs./in. (528 N/m)

TLMI Method, 180° Peel, 12"/min., 1" wide sample

Loop Tack

1.8 lbs./in. (316 N/m)

TLMI Method, 12"/min., 1" wide sample

Shear

1.0 hour

Adhesive Coat Weight

3M Method E10MFP01

Liner Release

15 to 50 g/2 in.

TLMI Method, 180° removal, 300 in./min.

Application Temperature

40°F to 120°F (5°C to 49°C)

Service Temperature

-20°F to 240°F (-29°C to 115°C)

Conformability

Semi-rigid – Label is suitable for flat or slightly curved surfaces.

Adhesion properties determined per TLMI Method using 1.0 mil polyester with 0.9 mils

of adhesive on a stainless steel panel.

Note: The following technical information and data should be considered representative

or typical only and should not be used for specification purposes.