The RADIUM Engineering 20-1810-FL is a complete universal single oil catch can kit designed for installation in vehicles experiencing oil build-up from the crankcase ventilation system. This comprehensive kit includes everything needed for a professional installation with 10AN (5/8 inch ID) hose connections.
Patented Fluid Lock® Technology:
This catch can features Radium Engineering's revolutionary patented Fluid Lock® system that solves a critical problem with traditional catch cans. If the reservoir fills up and is not emptied, an internal valve automatically closes to prevent collected contaminants from overflowing back into the intake system, while maintaining proper crankcase venting to prevent engine damage.
Advanced Construction and Features:
- Machined from solid 6061 aluminum with black anodized finish
- O-ring sealed halves and ports—safe for pressurized forced induction applications
- 7 fluid ounce reservoir capacity
- 10AN ORB (7/8"-14) female threaded inlet and outlet ports
- Integrated M8x1.25mm threaded dipstick for easy fluid level checking
- Dual internal stainless steel air/oil separators (inlet and outlet)
- Integrated stainless steel baffle plate for secondary separation
- All internal separators are washable and reusable
Complete Kit Includes:
- Radium Fluid Lock® oil catch can
- Universal mounting bracket for flexible installation
- 10 feet of PCV hose
- Variety of adapter fittings and hose ends for optimum routing
- All necessary hardware for installation
Performance Benefits:
When properly installed, this catch can prevents sludge buildup in the intake manifold, intercooler, throttle body, and intake piping. This results in cleaner inlet air, improved engine performance, maintained fuel octane levels, and reduced hydrocarbon emissions. The system is particularly effective for turbocharged and supercharged applications where crankcase pressure is elevated.
Note: Not designed for use with aftermarket crankcase vacuum pumps. Some engines may require multiple catch cans depending on PCV system design.