Modern rotating equipment faces demanding conditions. Heat, friction and contamination can all shorten component life and increase maintenance costs. The use of a non-contact seal design can mitigate these issues, resulting in longer lifecycles and more reliable operation. In applications where uptime matters most, centrifugal non-contact seals can be a unique solution, with a proprietary design that’s critical components, improves lubrication control and support long equipment run times in high-lifecycle installations.
Many common seals rely on physical contact between the seal surface and the rotating shaft. This creates friction, and friction produces heat. Over time, that heat breaks down lubricant, increasing shaft wear and creating bearing fatigue. This leads to more frequent failures and shorter service intervals.
A non-contact solution helps reduce these stresses by removing the friction.
Centrifugal non-contact sealing uses rotational energy instead of surface contact. As the shaft spins, centrifugal forces move fluid outward to form a pressure-generated barrier. This barrier helps keep contaminants out and supports controlled lubrication flow within the system.
Because the design does not rely on component contact, heat generation is significantly lower. Lubricants stay cleaner longer, improving their performance over longer lifecycles, as well as reducing maintenance requirements.
With high vibration tolerance, flexible axial alignment allowances, and both horizontal and vertical installation options, Centritec’s patented centrifugal non-contact seal design improves efficiency and performance in a range of applications with continuous operation.
Centritec’s centrifugal non-contact seal design takes a fundamentally different approach using our patented technology. Instead of relying on a static clearance path, the seal uses rotational energy to actively create a controlled fluid barrier that keeps contaminants out and lubricants cleaner. This dynamic sealing method often provides significantly better protection for critical components, especially in long-duration and high-cycle applications.

Speak to an expert about how our centrifugal, non-contact seal design can improve your operations.
Bearings
Lower operating temperatures and cleaner lubrication help bearings operate with reduced stress. When contamination is limited and heat generation stays low, bearing life can increase significantly. Stable lubrication flow also supports consistent film thickness, which improves reliability in long-duration operating cycles.
Pumps
Lubrication helps protect impellers, shafts and internal surfaces from wear. When debris is removed from the lubrication path, pumps run more efficiently and maintain smoother operation. Cleaner oil contributes to better performance and lower risk of internal scoring.
Compressors
By limiting heat and helping maintain lubrication quality, non-contact seals support the stability of the oil film that separates internal surfaces. Cleaner lubrication also reduces cycling stress, which helps maintain compressor performance and contributes to longer service intervals.
Gearboxes
Gearboxes benefit from reduced wear when lubrication remains cleaner for longer periods of time. Contamination often leads to wear on gears, shafts and housings. A centrifugal non-contact seal helps keep debris from entering the system and promotes more consistent operating conditions, which improves long-term reliability.
Contamination is one of the most common causes of premature wear in rotating equipment. Dust, moisture, fibers, dirt, and airborne debris can enter lubrication paths and accelerate the breakdown of bearings, gears and other internal surfaces. A centrifugal non-contact seal design helps limit this by forming a pressure-generated barrier that keeps contaminants out while the equipment is running.
These advantages are especially important in harsh environments such as steel mills, mining operations, incinerators, paper and pulp facilities and conveyor-driven applications where dust and particulates are constantly present. In these applications, Centritec Seals can play a central role in extending equipment lifespan and maintaining reliable operation.
Speak to an expert about contamination control in your long-duration operating cycles.
When rotating equipment operates with cleaner lubrication and reduced heat, maintenance intervals naturally become longer. A centrifugal non-contact seal design can extend lifespan, reducing the frequency of repair and replacement, as well as support more predictable service schedules.
Systems also benefit from lower lubricant consumption. Because the lubrication remains cleaner for a longer period of time, operators can often extend the time between fluid refill and replacement.
Fewer shutdowns and fewer seal-related failures result in more reliable performance which often lowers operator costs, and is especially important in the type of long-duration operating conditions Centritec Seals excels in.
Ask our team how our patented centrifugal, non-contact seal design can reduce maintenance demands in your application.
An engineered, non-contact seal design can play a central role in extending equipment lifespan. By reducing friction, limiting contamination and supporting stable lubrication flow, centrifugal seals can help protect critical components and improve long-term reliability. These advantages are especially valuable in systems that run continuously or operate in demanding industrial environments.
If you are exploring ways to reduce maintenance costs or address recurring seal or shaft sealing issues, reach out and learn how our patented, centrifugal non-contact seal technology can support your operations.
Contact Centritec Seals for more information on centrifugal non-contact seals, or to request a quote for your application.