Pumps & Fluid Handling
We support the API 610 pump by providing high-performance sealing solutions tailored to these demanding applications. Seals are critical for preventing leakage, maintaining efficiency, and ensuring the safety of pumps operating under extreme conditions.
We offer:
- Sealing Systems for Harsh Environments: Offering seals that protect pumps from environmental challenges such as corrosive fluids, extreme temperatures, or volatile substances.
- Seal Maintenance and Support: Providing expert support for the maintenance, replacement, and optimization of seals, ensuring continuous pump operation with minimal downtime.
- Advanced Materials: Using specialized materials that improve the lifespan of seals and reduce wear, particularly in aggressive and high-temperature environments typical of API 610 pumps.
- Sealing Technology Innovation: Continuously advancing sealing technologies to align with the latest API 610 standards and provide more efficient, cost-effective solutions.
By partnering with ODIN, companies can ensure their API 610 pumps operate reliably and efficiently while minimizing downtime and maintenance costs, thanks to our advanced sealing solutions.
Types of Pumps we Support
- Overhung Pumps (OH)
- Between-Bearing Pumps (BB)
- Vertical Pumps (VS)
- Radial Split Pumps
- Axial Split Pumps
- Sealless Pumps
Reimagining Performance in API 610 Pumps: From Metal to Polymer Composite Wear Rings The Problem with Metal Wear Rings
Traditional metal wear rings in API 610 centrifugal pumps create a tradeoff: reducing clearance improves efficiency — but only to a point. Decreasing the clearance too far with metal components introduces serious risks, including:
- Seizure due to thermal expansion
Increased friction and heat generation - Risk of friction welding under high energy loads
These issues can lead to premature wear, elevated maintenance costs, and even catastrophic failure in high-performance environments.
The Polymer Composite Advantage
High-performance polymer composite wear rings are now the industry’s preferred solution — offering dramatically improved performance and reliability in critical pump applications.
Key Benefits:
- Reduced clearance without seizure – polymers allow for tighter running clearances without the risk of galling
- Improved efficiency – tighter clearances mean better hydraulic performance and energy savings
- Lower maintenance and repair costs – increased MTBR (Mean Time Between Repairs) and reduced damage during operation
Vibration damping – polymer rings act as a natural damper, minimizing shaft deflection and enhancing stability
Smarter Materials = Smarter Pumps
When engineered and installed correctly, polymer composites outperform metal in nearly every category of wear ring performance.
The result:
- More uptime
- Better efficiency
- Lower operating cost
- Safer, more reliable pump performance
We offer precision polymer wear rings tailored for API 610 pump geometries - engineered to perform under pressure.
Looking for custom solutions?
Let our engineers help you build the perfect material and shape for your needs.