3M™ Polyurethane Multi-Purpose Adhesive 5010

Technical Information Note

The following technical information and data should be considered representative or typical only and should not be used for speci cation purposes.

Typical Uncured Physical Properties

Typical Cured Characteristics

Property

Values

Method

Modulus at 100% Elongation

11.7 MPa

1700 lb/in²

ASTM D412

Typical Performance Characteristics

Property

Values

Method

Tensile Strength

1.9 MPa

275 lb/in²

ASTM D412

Service Temperature Range

-30 to 100 °C

-22 to 212 °F

Overlap Shear Strength

Substrate

Failure mode

4.7 MPa

686 lb/in²

Fir

Substrate Broke / Gross Failure

7.2 MPa

1042 lb/in²

Stainless Steel

Cohesive

6.2 MPa

905 lb/in²

Aluminum

Cohesive

7 MPa

1011 lb/in²

Cold Rolled Steel

Adhesive

1.8 MPa

262 lb/in²

Nylon

Adhesive

3.6 MPa

528 lb/in²

ABS

Adhesive

3.4 MPa

492 lb/in²

Acrylic (PMMA)

Substrate Broke / Gross Failure

2.5 MPa

357 lb/in²

Polycarbonate (PC)

Cohesive

11.5 MPa

1668 lb/in²

FRP Green

Cohesive

0.4 MPa

51 lb/in²

Polypropylene (PP)

Adhesive

0.6 MPa

90 lb/in²

Low Density Polyethylene (LDPE)

Adhesive

5.4 MPa

790 lb/in²

PVC

Substrate Broke / Gross Failure

2.3 MPa

333 lb/in²

Glass

Substrate Broke / Gross Failure

Property: Overlap Shear Strength

Dwell/Cure Time: 30 day

Surface Preparation: Abrade and solvent wipe

notes: The following data represents the overlap shear results of a 17 mil bond line. All substrates were abraded and solvent wiped prior to bonding, then cured for

30 days. Actual values will vary, as the nal bond strengths are dependent upon many variables such as substrate type, substrate uniformity, and environmental

conditions. The following data should be considered representative or typical only and should not be used for speci cation purposes. Poor curing after 30 days

with non-porous substrates, Metals, PC, PE were 50-75% cured.