Vibra-Tite 225 Technical Data
Technical Data Sheet
Vibra-Tite® 225
Product Description
Vibra-TITE A crylic 2 25 i s an act ivated Acrylic
adhesive d esigned f or f ast fixturing o n metal a nd
ceramic materials and a no mix system. The Product
is developed to be used with Activator 611.
Typical Applications
Vibra-TITE Acrylic 225 typical applications include
bonding metal o r c eramic c lose f itting r igid p arts
which ar e ex posed t o t hermal cy cling, lik e motor
assemblies. Vibra-TITE A crylic 2 25 cures b etween
close fitting parts and the aid of an activator.
Properties of Uncured Material
Chemical Type Acrylic
Appearance Pale Yellow
Toxicity Low
Viscosity @ 25ºC, cP
Brookfield RVT,
Spindle 6 @ 20 rpm 14000-25000
Specific Gravity 1.05
Performance of Cured Material
Fixture Time w/activator 2-6 min @ 72
Full Cure Time 24 hrs @ 72
Temperature Range -60
(-51
24 hr Grit blasted Steel Lap Shear
11 Nmm
72 hr Grit blasted Steel Lap Shear
>11 Nmm
2
(1600 psi)
2
(1600 psi)
o
F to 212oF
o
C to 100oC)
o
F
o
F
Structural Acrylic
March 2012
Environmental and Fluid Resistance
Tests were c onducted o n Grit blasted Steel L ap
Shears e xposed t o t he f ollowing c onditions a fter a
24hr room temperature cure. One l ap shear was
coated with Activator 611.
(Shear strength values)
Environment Temp. % of initial strength
Air reference 87 100
Unleaded gasoline 87 75
Motor oil (10W-30) 87 100
Auto trans. fluid 87 110
Water/glycol 50/50 150 75
Humidity, 100% RH 50 80
General Information
Storage
Product should be stored in a cool and dry location at
temperatures b etween -10
storage is 22±4
of manufacture when stored at 22±4
Note
The data ar e furnished for i nformation o nly a nd ar e
believed t o b e reliable. W e can not assume
responsibility for the results obtained by ot hers over
whose methods we have n o c ontrol. I t is
recommended t hat t he p roduct b e t ested i n t he
application for which it is to be used.
Vibra-TITE i s a r egistered t rademark o f ND
Industries, Inc.
o
C. Shelf life is 18 months from date
o
C t o 3 0
o
o
C.
C. O ptimal
Loading...