As a leading cause of equipment downtime and lost production, bearing failure impacts rotating equipment reliability across all industries. Protect against bearing failure with Pacific Seals® Labirynth seals.
A non-contact labyrinth seal is a type of mechanical seal designed by layering together metal sealing plates that combine to form a bunch of angles in a “maze-like” pattern. This complex maze-like pattern prevents contaminants and splashing liquids from hitting the bearing
Bearing isolators use labyrinth technology, coupled with a 2-piece unitized design, to prevent contamination ingress and lubrication egress. An elastometer o-ring fit even allows Pacific Seals isolators to be installed by hand—without using an arbor press or other tools, without fretting on the shaft.
Pacific Seals bearing isolator design is more effective than traditional lip seal technology at protecting bearings. While a lip seal can provide a life expectancy of 6-12 months, a bearing isolator offers a life expectancy of 5 years or longer.
Bearing isolators are used in a wide variety of industries, including everything from steel mills, to food processing, chemical processing, mining, and pulp and paper. These industries are typically heavy users of rotating equipment and tend to have wet or dirty environments, where it’s a challenge to protect the bearing from premature damage.
We can offer you a Free Stock Service in order to provide Fast deliveries and reduce your storage costs
We manufacture all of our products, which allows us to offer you High-quality and Cost-effective prices tailored to your needs.
USMCA / CUSMA supplier.
100% Made in Mexico with
Certificate of Origin.
We have an installed capacity of over
500 thousand pieces
of annual production,
with sizes up to 12" ID.
We are ISO 9001: 2015 certified company in order to offer reliable, high-quality products.
A Pacific Seals® bearing isolator is a technology used primarily in rotating ancillary equipment—like pumps, gearboxes, electric motors, split pillow blocks, and even steam turbines. It prevents bearing failure by adding an extra layer of protection between the bearings and the outer environment.
“Bearing failure is the most common cause of failure in rotating equipment,”
of the machinery by increasing bearing reliability. }
against contamination ingress and lubrication loss.
to meet the specifications and operating environment of your equipment.
We offer a variety of pricing options, so you can find the perfect plan for your budget.