HMC Electronics 04007 Hardman Double Bubble Epoxy, Orange/White Packet, High Peel Strength Adhesive User Manual

Hardman® high-peel-strength epoxy

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HARDMAN® High-Peel-Strength Epoxy

DOUBLE/BUBBLE® Orange Package #04007

PRODUCT DESCRIPTION

HARDMAN High-Peel-Strength Epoxy is a semi–rigid, two–
component structural epoxy adhesive. It develops an
excellent combination of shear strength and peel strength
with only a room temperature cure. It has excellent shock
resistance, vibration resistance and impact strength.

HARDMAN High-Peel-Strength Epoxy is recommended for the
following substrates:

Metal

Plastic

Other

Carbon Steel

PVC

Rubber

Stainless Steel

Polystyrene

Stone

Aluminum Nylon

Wood

Copper/Brass

Glass

Tin

China

Zinc

Leather


TYPICAL USES

HARDMAN High-Peel-Strength Epoxy can be used to repair
sports equipment, marine, aircraft, auto, truck and tractor
parts. It is an excellent adhesive for grinding wheel hubs,
industrial parts, and door and window gaskets.

PACKAGING

The DOUBLE/BUBBLE package is a handy, dual-pouch, one-
shot, job-size packaging concept. It reduces the waste
typically associated with the use of larger quantities of two-
component adhesives. This unique packaging ensures that
DOUBLE/BUBBLE adhesives are always factory fresh and
accurately portioned for optimum adhesive performance.

HARDMAN High-Peel-Strength Epoxy is also available in poly
bottles, 1-gallon cans, 5-gallon pails and 55- gallon drums.

HOW TO USE

Surface must be clean and dry before application. Remove all
chemicals, dirt, wax and oil.

FOLD

SNIP

SQUEEZE

MIX/APPLY


Fold the DOUBLE/BUBBLE package along the center seal, snip
the end, squeeze out the contents, mix thoroughly and apply.

TYPICAL UNCURED PROPERTIES

Part A

Part B

Mixed

Color Beige

Gray

Gray

Viscosity @ 25 °C, cps.

60,000

50,000

50,000

Weight per Gallon, lbs.

11.3

10.2

10.6

Specific Gravity @ 25 °C

1.35

1.22

1.27

Work time, hours

– – –

– – –

3

Handling strength, hours

– – –

– – –

18

Shelf Life, months

24

24

– – –


TYPICAL CURED PHYSICAL PROPERTIES
(Tested at 25 °C unless otherwise indicated)

Test

Result

Hardness, Shore D

65

Maximum Service Temp.

121 °C (250 °F)


Lap Shear Strength
(acid-etched aluminum to aluminum/various cure schedules)

Cure Schedule

18 hrs. @ 25 °C +

2 hrs. @ 100 °C

30 min.

@ 121 °C

1 hr.

@ 82 °C

2 hrs.

@ 66 °C

Shear Strength, psi

2,940

2,610

2,940

3,150


Lap Shear Strength
(acid-etched aluminum to aluminum/cure schedule 7 days @ 25 °C)

Test Temperature

–55 °C

–40 °C

25 °C

82 °C

149 °C

Shear Strength, psi

3,320

3,206

2,800

970

237


T-Peel Strength
(acid-etched aluminum to aluminum/cure schedule 7 days @ 25 °C)

Test Temperature

–40 °C

25 °C

82 °C

Peel Strength, pli

3.8

24

2


Lap Shear Strength
(acid-etched aluminum to aluminum/cure schedule 7 days @ 25 °C)

After exposure to various environments.

Shear Strength, psi

1. Tap water immersion at 25 °C for 30 days.

1,220

2. Antifreeze immersion at 25 °C for 7 days.

1,730

3. JP – 4 Aviation Fuel immersion at 25°C

for 7 days.

1,730

4. Dry heat aging at 149 °C for 30 days.

3,400

DS-DB_04007-10/02-Rv.D

Documentation Provided By HMC Electronics

33 Springdale Ave. Canton, MA 02021

http://www.hmcelectronics.com

(800) 482-4440

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