Vibra-Tite 912 Technical Data
Technical Data Sheet
Vibra-Tite® 912
Threadlocking Epoxy
November 2012
Product Description
VIBRA-TITE 912 is a thread locking compound
comprised of a two part epoxy compound used to
replace welding of casing joints and threaded
connections. VIBRA-TITE 912 is easily mixed over a
wide temperature range. It can withstand high breakout torque providing a strong leak proof seal. It can
tolerate vibration, pounding, or expansion due to
temperature changes.
Features and Benefits
Easy mix Ratio
Mixes easily
Workable consistency in excess of one hour
Water resistant
Self Lubrication
Excellent chemical resistance
Excellent adhesion
Contains rust and corrosion inhibitors.
Properties of Uncured Material (resin)
Chemical Type Epoxy
Appearance Gray Liquid
Specific Gravity 1.85
Toxicity Low
Solids 100%
Density, lbs/gal 15.4
Shelf Life 2 years
Flash Point (TCC), °C(°F) >93(>200)
Properties of Uncured Material
(hardener)
Chemical Type Amine
Appearance Amber Liquid
Specific Gravity 1.01
Toxicity Low
Solids 100%
Density, lb/gal 8.5
Flash Point (TCC), °C(°F) >150(>300)
Application
1. Thoroughly clean male and female threads
remove all thread dope, oil and grease.
2. Dry threads completely prior to application
of VIBRA-TITE 912.
3. Thoroughly mix contents of can; add entire
bottle of hardener and continue mixing until
completely uniform.
4. Make up joints final torque without delay.
General Information
Storage
Product should be stored in cool, dry conditions.
VIBRA-TITE 912 when un-mixed has a shelf life of
12 months when stored at 25°C. Storage in cool,
clean areas is recommended. Usable shelf life may
vary depending on method of applications and
storage conditions.
Note
Setting action begins immediately after addition of
hardener. The material will remain workable from 45
minutes to 2 hours under average conditions. Curing
time may be reduced b y elevating the temperature or
increased by lowering it. Seals can be broken out by
heating the joint to 550°F (288°C). Wet joints or
high moisture conditions may affect curing.
The data are furnished for information only and are
believed to be reliable. We cannot assume
responsibility for the results obtained by others over
whose methods we have no control. It is
recommended that the product be tested in the
application for which it is to be used.
Loading...