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Radium High Flow Fuel Filter - 100 Micron Coarse Stainless Cloth (20-0220-04)
Radium High Flow Fuel Filter - 100 Micron Coarse Stainless Cloth (20-0220-04)
100 Micron Coarse Stainless Cloth High Flow Fuel Filter by Radium Engineering
The Radium Engineering high flow fuel filter has a 3 piece body that is CNC machined from 6061 aluminum and Type-II anodized for maximum corrosion resistance. Both removable end caps feature large -10AN ORB female threaded ports for high flow plumbing.
The fuel filter comes preassembled with Viton O-ring seals for all fuel types including gasoline, diesel, methanol, ethanol, and alcohol blends such as E85. High fuel pressures < 150psi can safely be used with negligible pressure drop. The filter features a large 4.2"x1.75" element maximizing flow without sacrificing filtration. The filter element, made of Coarse Stainless Cloth, is meant for pre-pump application. It provides excellent filtration, and drops a low amount of pressure to prevent fuel cavitation.
Several mounting options are available, but not required if you have your own mounts. Radium offers a standard single position mount, a dual-position mount (for use with 2 filters or filter and pump), and a Heat Exchanger mount with cooling fins which help dissipate heat. All of the mounts available are 60mm.
Features
- Coarse Stainless Cloth Element
- Excellent Filtration
- Cleanable and Re-usable
- Optimal Compatibility with All Fuel Types
- Best for Pre-Pump Application
- Prevents Fuel Cavitation
- Several Mounting Options Available
Applications
- Universal
What's In The Box?
- 1 - 100 Micron Coarse Stainless Cloth Filter Element
- 1 - Filter Housing
- 1 - Mounting Option (if ordered)
- All Necessary Hardware
- Installation Instructions
- Warranty Information
Instructions/Manuals
Warranty
All Radium Engineering brand products are subject to a 1 Year Limited Warranty from the date of original purchase. If a product fails, it will be repaired or replaced at Radium Engineering’s option when it has been determined by Radium Engineering to have failed due to defects in materials or workmanship.