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Cyanoacrylate
Product Description
Base Compound
Ethyl Cyanoacrylate
Appearance
Colorless Liquid
Viscosity (cP @ 68°F)
100 cP
Specific Gravity (g/cc)
1.06
Flash Point (TCC)
185°F
Shelf Life @40°F
1 year unopened
°
Steel
8 to 12 seconds
Aluminum
8 to 14 seconds
Neoprene
< 6 seconds
ABS
5 to 13 seconds
Polycarbonate
10 to 25 seconds
PVC
3 to 7 seconds
Pine
2 to 5 seconds
Polymer (Cured)
Appearance
Colorless Solid
Service Temperature
Range
Softening Point
Refractive Index
1.49
Full Cure Time
24 Hours
Dielectric Strength
(KV/mm)
11.6
Dielectric Constant
(@ 1Kc)
5.4
COE (in./in./F)
.000126
Tensile Strength
3200 psi
Solubility
Nitromethane,
Dimethylformamide
Substrate
Range in N/mm2
Blasted Steel
18 to 26
Etched Aluminum
11 to 18
Neoprene
> 10
ABS
> 5
Polycarbonate
> 5
PVC
> 6
Strength at Temperature
0.00
20.00
40.00
60.00
80.00
100.00
0 60 80 100 120
Temperature , C
% Retained
301
Vibra-TITE 301 is a fast setting, low to medium
viscosity cyanoacrylate adhesive for use on all types of
substrates. It is particularly designed to set and adhere
rapidly to inactive surfaces such as wood, leather and
fiberglass mat. Vibra-TITE 301 offers viscosity and
flow characteristics that are ideal for filling small gaps.
Monomer (Liquid)
Military Specifications
Mil-A-46050C
Type II, Class 2
Curing Properties
Ambient surface moisture will initiate the hardening
process. Handling strength is reached in a short period
of time and varies depending on environmental
conditions and substrates being bonded. Product will
continue to cure for at least 24 hours before full strength
and resistances are developed.
Setting Time (68
Physical Properties
F, 65% R.H.)
Product Data Sheet
-65°F to 200°F
329°F
(ND 20)
(steel/steel)
Acetone,
Performance of Cured Materials
Tensile Shear strength after 48 hours at 20° to 25°C
Temperature Resistance
Sheer Strength on steel after 1 week at 22 °C
Curing Performance
The gap of the bond line will affect set speed. Smaller
gaps tend to increase the speed. Activators can be
applied to improve set speed but may also impair overall
adhesive performance.
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Cyanoacrylate
Chemical Resistance
% Strength Retained
Motor Oil
90
Gasoline
100
Tricloroethane
100
Freon TA
100
10% NaOH
0
10% Hcl
0
Water
0
For safe handling information on this product,
F pr ovides opt imum storage
or g rease. P roducts like isopropyl alcohol c an be u sed.
object (such as a teaspoon handle.) In case of eye
mediately with water a nd s eek
301
Sheer strength on steel after 12 month soak
Solvent
General Instructions
Surfaces to be bonded should be clean and dry.
Dispense a drop or drops to one surface only. Apply only
enough to leave a thin film layer after compression.
Press parts together and hold firmly for a few seconds.
Good contact is essential. An adequate bond develops in
less that one minute and maximum strength is attained in 24
hours.
Wipe off excess adhesive from the top of the container and
recap. Cyanoacrylate products if left uncapped may
deteriorate by contamination from moisture in the air.
Because Cyanoacrylate products cure by polymerization,
whitening may appear on the surface of the container or the
bonded materials. Should this happen, wipe surfaces well
with acetone.
Product Data Sheet
consult the Material Safety Data Sheet, (MSDS)
General Information
Storage
Refrigeration at 4 0°
stability.
Note
Prior to use, remove all surface contaminants such as oil
Test compatibility of cleaner with substrate.
Make sure surface is completely dry before bonding.
Health & Safety in use
CAUTION: SuperGlues b ond s kin a nd e yes o n c ontact.
If acci dental skin bonding occurs, wash area with warm
soapy water a nd s lowly p ry s kin a part us ing a b lunt
contact, b athe i m
immediate medical attention.
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