Excellent resistance within castings to high
pressure, stress, flexing and high temperature.
High resistance to most chemical environments.
Low viscosity therefore more effective sealing
Process
Simple two-chemical system sealant and catalyst,
supplied in single pack or twin pack form.
Surplus sealant washes away easily with water.
No known environmental side effects. Sealant
is biodegradable and can be disposed off in
municipal sewers.
High flashpoint.
Low shrinkage on polymerization assuring
a perfect seal.
Short process and cure time. After curing,
castings may be tested and assembled.
Simple process equipment and sealant control
procedures.
Auto degas facility and refrigeration system
ensures indefinite pot life of sealants.
Suitable for use by wet vacuum, dry / wet
vacuum and pressure impregnation techniques.
Equipment designed for sodium silicate, polyester
or anaerobic impregnants can be simple converted
to use Ultraseal sealants.
Sealant consumption at approximately 3.5
grams per kilogram of non ferrous parts and
1.5 grams per kilogram of ferrous parts is lower
than that of sodium silicate (normally 22g/kg)
and polyester resin (average 33g/kg).
Conclusion
We believe that the Ultraseal sealing system best
meets curent production requirements for a fast,
simple and cost effective process with a high success
rate that can be used for batch production or flow-line
systems.
The
Ultraseal Series Sealants