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TRI*WEAR™ pads are pipe protective coverings used to prevent corrosion and electrical conductivity between the pipe and the pipe support. They also prevent metal to metal abrasion and dampen vibrations. TRI*WEAR™ acts as a second skin reinforcing the contact surface. These pads are seal bonded to the pipe in order to prevent moisture collection behind the wear pads. Bonded TRI*WEAR™ pads provide up to 45,000 psi compressive strength and work from -60⁰F to 500⁰F. They are available in pipe sizes from ¾” to 36”. | ![]() |
These shoes are easy to install and greatly reduce the “Installed Cost” per shoe. They
can be epoxied to the pipe or banded as shown. Made from high density polyurethane foam
cores (cut by numerical control equipment) with a toughened FRP outer shell, the shoe has
enhanced thermal insulating properties while preventing electrical conductivity and
corrosion and can be used for pipes from -350⁰F up to 225⁰F. Our TRI*COMPOSITE™ Pipe
Supports are available in light and heavy duty, strapped or bonded in pipe diameters
of ¾” to 36”.
Corrosion between pipe supports and pipe at metal to metal contact points is a common
problem in the process industry. TRI*GUARD™ thermoplastic bars placed under the pipe and
around U-bolts, when lateral pipe restraint is required, eliminate most metal to metal
contact and therefore the resultant corrosion. With TRI*GUARD™, water no longer pools
on pipe support surfaces under the pipe. Water runs off due to the TRI*GUARD™ shape.
TRI*GUARD™ prevents electrical conductivity between the pipe and the pipe support
member. TRI*GUARD™ can be used at operating temperatures up to 250°F (120°C) and under all
pipe diameters up to 48”. TRI*GUARD™ are available for higher temperature applications,
however corrosion is generally not an issue on higher temperature piping systems. See our
TRI*BOLT™ product line for coated U-bolts to be used with TRI*GUARD™ supports when lateral
restraint is required.
TRI*BOLT™ corrosion
resistant restraints prevent the pipe from moving upwards as well as
laterally. When it is necessary to limit lateral movement of a
pipe, TRI•BOLT™ is the right selection for loads that are not
excessive. For higher lateral load capacities, use pairs of
TRI•BOLTs™ as shown in the illustration at the bottom of this page.
The TRI•COAT™ protective layer is bonded to the U-bolt surface
thermally. The TRI•COAT™ protective layer prevents electrical
conductivity between the pipe and the U-bolt member. TRI•COAT™ is UV
resistant which translates to longer product life. TRI•BOLTs™ can be
used at operating temperatures up to 225°F (107°C) and can be
provided in carbon steel with a HDG finish, 304 SS or 316 SS.
Vibration Control Restraints are utilized extensively throughout the gas compression
industry to reduce structural borne vibration and noise levels, to distribute loading on
the surface of the pipe and thereby minimize localized stress concentrations, to provide
corrosion and cathodic protection and to facilitate pipe movement resulting from thermal
expansion and contraction. Elastomeric bearing pads are securely bonded to the
appropriate contact surfaces to provide the corrosion protection while damping the piping
vibrations. The hold down clamps handle temperatures from -65°F (-18°C) to 350°F (177°C).
Clamps are available in Light Duty, Standard Duty, Heavy Duty and Extra Heavy Duty.
Innovative alternate “hold down clamp” designs as well as Wedge Blocks for use on
compressor bottles are also available. All vibration control restraints are available
for pipe diameters from ½” to 60”.
Corrosion preventative metal surface dividers offered by AAA Technology include the
following: Neoprene rubber, Elastomeric Bearing, PTFE (Glass Filled Teflon), Polyethylene
Bearings, Thermoplastic Pads and Fiberglass Pads. Note that the PTFE and the Polyethylene
Bearings provide a low friction sliding surface. Given your unique requirements for
corrosion prevention as well as sliding support surfaces, we can engineer specific
solutions for your requirements.
AAA Technology & Specialties Co., Inc. has the pleasure of introducing a line of Corrosion Protection Products that is specially designed to protect your pipe in severe environmental and marine conditions. Some of the following benefits are achieved:
When used in marine conditions, exposure to salt water or spray makes this kind of
protection critical, because salt acts as an electrolyte to accelerate corrosion.
So this added protection is an insurance for continued service in these conditions or
where there is excessive humidity. Our conventional FRP products operate from -60°F
to 500°F, but our toughened epoxies can go as low as from -350°F to 225°F.
Please call us or email
info@aaatech.com for further information.
July 8, 2011 TRI*GUARD™ & TRI*BOLT™ Brochure Released
March 14, 2011 TRI*GUARD™ & TRI*BOLT™ Brochure Released