| Precix Compound | Duro | Color | Typical Temperature Range - deg C (F) | Specifications/Comments |
| F67 | 60 | Black | -32 to 250 (-25 to 482) | GFLT® Type |
| F99 | 65 | Green | -22 to 250 (-8 to 482) | GF® Type (HF – high fluorine), GM6268M Type IV |
| F56 | 70 | Black | -22 to 250 (-8 to 482) | GF® Type (HF – high fluorine) |
| F86 | 75 | Green | -22 to 250 (-8 to 482) | GF® Type (HF –
high fluorine), Ford WSAM2D401A8, GM/Opel 6268 & 6269M Type III, BMW 602
00.0 55.05/FPM-65-M, ultra low permeation, UL Approved
|
| F73 | 75 | Black | -22 to 250 (-8 to 482) | GF® Type (HF - high fluorine), DCX Approved |
| F78 | 75 | Black | -32 to 250 (-25 to 482) | GFLT® Type, Ford WSAM2D401A5, GM6269M Type I, UL Approved |
| F77 | 75 | Gray | -32 to 250 (-25 to 482) | GFLT® Type, Ford WSAM2D401A5 |
| F05 | 75 | Blue | -40 to 250 (-40 to 482) | GLT® Type, Delphi M54453, BMW GS 93010 5516-FPM-70-M |
| F103 | 75 | Black | -40 to 250 (-40 to 482) | True -40 TR-10 FKM |
| F65 | 75 | Black | -22 to 250 (-8 to 482) | FKME: "Viton® Extreme" - bridge b/w FKM and FFKM |
| F98 | 80 | Black | -22 to 250 (-8 to 482) | Semi-conductive using Nanotube technology - volume resistivity (ohm-cm) 10^1 - 10^3 |
| F100 | 80 | Black | -22 to 250 (-8 to 482) | Enhanced Semi-conductive using Nanotube technology - volume resistivity under 5 ohm-cm typical |
| F35 | 80 | Black | -22 to 250 (-8 to 482) | GF® Type (HF – high fluorine) |
| F85 | 85 | Black | -32 to 250 (-25 to 482) | GFLT® Type |
| F87 | 85 | Black | -22 to 250 (-8 to 482) | Semi-conductive - volume resistivity (ohm-cm) 10^1 - 10^3 |
| F92 | 91 | Black | -22 to 250 (-8 to 482) | Explosive Decompression Resistant, High Fluorine (HF) |
| G17 | 75 | Yellow | - 60 to 200 (-76 to 392) | GM6268 & 6269M Type II, BMW GS 93010 5519-FMQ-75-M , Volkswagen/Audi 2.8.1.A, Ford WSA-M2D401-A6 |
| Please read our important Notes* below. | ||||
* Notes:
Flex fuel is fuel containing ethanol. MTBE and methanol were also used, but have been all but phased out as of now.
A common, up and coming name for flex fuel is E85 (85% ethanol, 15% Fuel C).
Biobutanol has recently been in the news as BP and DuPont are forming a partnership to develop this fuel described as “an advanced biofuel similar to ethanol but easier to integrate into existing fuel supplies.” The properties and functionality of the compounds listed above in biobutanol are similar to that of E85: products on the list above are fine to use in biobutanol applications. Further test data to follow.
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