How it works
High-quality PTFE particles accumulate in worn sealing interfaces, where they help fill micro-gaps and support more stable sealing performance.
Core Mechanisms
How the treatment moves with the lubricant, reaches loaded contact
surfaces, and stabilizes sealing performance during operation.
How Does It Reduce Friction?
Our specially selected PTFE particles are carried by the lubricant to loaded contact surfaces. Under operating conditions, the particles form a low-friction protective layer that helps separate interacting surfaces and support smoother movement.
Key Benefits
✓ Supports a low-friction protective layer
✓ Helps reduce friction and heat generation
✓ Assists in reducing long-term wear
Result: Smoother operation and improved surface protection.
How Does It Help Reduce Leakage?
Leakage often begins as microscopic wear paths within sealing interfaces. The additive continuously circulates with the lubricant, supporting lubrication and surface conditioning where leakage develops.
Key Benefits:
✓ Supports sealing surface lubrication
✓ Helps condition worn contact areas
✓ Assists in maintaining sealing performance
Result: Improved sealing conditions and reduced leakage progression.
How Does It Protect Seals and Bearings?
Seals and bearings depend on a stable lubricating film to operate efficiently. The additive helps support these highly loaded components throughout normal operation.
Key Benefits:
✓ Supports critical wear surfaces
✓ Helps reduce surface stress
✓ Assists in maintaining stable operating temperatures
Result: Enhanced protection of key system components.
How Does It Perform in the Presence of Water?
PTFE particles remain active on loaded contact surfaces even when water contamination is present. By supporting a protective low-friction layer, the particles help maintain surface protection when lubrication conditions become less than ideal.
Key Benefits
✓ Supports surface protection in the presence of water
✓ Helps maintain lubrication performance
✓ Assists in reducing wear under challenging conditions
Result: Improved protection when water contamination occurs.
How Does It Improve Long-Term Reliability?
PTFE particles are carried by the lubricant to loaded contact surfaces, where they form a protective low-friction layer. By helping reduce friction and wear on critical components, the particles support reliable operation over extended service periods.
Key Benefits
✓ Supports lower wear rates
✓ Helps maintain lubrication stability
✓ Assists in protecting seals and bearings
Result: More consistent performance and improved system reliability.
Key Benefits
- Supports seal and bearing longevity -
- Contributes to stable seal performance -
- Reduce friction between moving surfaces -
- Easy to blend directly into existing lubrication oil -
- Suitable for most common stern tube and thruster systems -
