JAX Pyro-Kote® FG ISO 220 is a premium synthetic high-temperature chain lubricating oil specifically developed for demanding industrial applications within the food processing industry. With NSF H1 certification, it is suitable for use in environments where incidental food contact may occur.
Reliable Performance Under Extreme Heat
Pyro-Kote® FG ISO 220 provides stable lubrication at operating temperatures up to 315°C (600°F). Thanks to its advanced synthetic base fluids and high-performance additive technology, the product delivers:
- Extremely low volatility
- Excellent oxidation resistance
- Minimal varnish, sludge, and carbon formation
- Superior anti-wear protection
- Extended lubrication intervals
These properties help maximize equipment uptime while reducing maintenance costs and lubricant consumption.
Why Low Volatility Matters
At elevated temperatures, conventional lubricants tend to evaporate, smoke, and form carbon deposits. Pyro-Kote® FG ISO 220 is engineered with exceptionally low evaporation characteristics, ensuring that the lubricating film remains on critical chain components for longer periods.
This results in:
- Reduced oil consumption
- Cleaner operation
- Longer re-lubrication intervals
- Improved chain protection
Typical Applications- Bakery oven chains
- Food processing conveyors
- Curing and drying oven chains
- High-temperature conveyor systems
- Applications requiring NSF H1 food-grade certification
Key Technical Data
- ISO Viscosity Grade: 220
- Viscosity at 40°C: approx. 213 cSt
- Flash Point: approx. 315°C (599°F)
- Pour Point: approx. –25°C
- NSF Registration: H1
Compatibility
Pyro-Kote® FG ISO 220 is compatible with mineral oils and most synthetic lubricants. It is not compatible with polyalkylene glycol (PAG) based oils. Thorough flushing is recommended prior to changeover.
Why Choose the Ulbrich-Group?
As an official distributor of JAX specialty lubricants, the Ulbrich-Group provides professional technical support and application consulting. We assist our partners in selecting the optimal viscosity grade and establishing proper lubrication intervals to ensure maximum performance and cost efficiency.
For technical inquiries or quotations, please contact our team.
