Products
AVGAS WA UL 91
AVGAS fuel ul 91
Fuel created for your private plane.
Ecology
This lead free fuel is made to power piston aviation engines.
Lack of lead makes it the green and eco-friendly alternative to both motor gasoline as well as AVGAS 100LL (where applicable). Thanks to enriching additives, AVGAS 91UL has perfect performance qualities.
Distribution
We supply fuel all over the world.
The environment is important to us, which is why we focus on ecological solutions.
Aviation gasoline UL 91(unleaded) is a mixture of hydrocarbons prepared by the processing of crude oil. It contains anti-oxidant and anti-static additives. It contains anti-knock, anti-oxidant, dye and anti-static additives, which makes it a perfect alternative to motor gasoline (MOGAS). Due to its lower price, MOGAS is often being use as a replacement of 91UL/100LL which creates a huge safety risk, due to a presence of alcohol in motor gasoline. Motor gasoline continues methanol which is a very volatile compound and can create vapor lock, more likely carb icing. It also has a corrosive effect on composite elements of the engine, fuel tank and fuel lines and should not be used in aviation!
Application
Aviation gasoline UL 91 is used to power piston-engine aircraft. It can be also used with ultralight aircraft operating on a range of UL91 approved engine (such as Rotax). Always check your aircraft/engine manual is your powerplant approved for UL91 and to see the transition instructions
Storage
Gasoline should be stored in containers that protect the fuel from air, moisture and mechanical impurities away from direct sunlight and heating (underground and above ground tanks with limited air exchange). These restrictions limit both the loss associated with evaporation and loss of the lightest elements, which may change the two key parameters of gasoline: vapour pressure and fractional composition. We work closely with our customers to ensure storage solutions are both suitable and safe.
Guaranteed technical properties
Aviation gasoline UL 91 meets the requirements of ASTM D 7547 and DEF STAN 91-90.
Warranty period
Properly stored and secured aviation fuel holds its technical properties within 24-month period.
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PROPERTIES
| Colour | Colourless natural | |
| Knocking Rating | ||
| Motor Octane Number, MON | – | Min 91 |
| Research Octane Number, RON | – | Min 95 |
| Distillation | ||
| Initial boiling point | °C | Report |
| 10% vol. at | °C | Max 75 |
| 40% vol. at | °C | Min 75 |
| 50% vol. at | °C | Max 105 |
| 90% vol. at | °C | Max 135 |
| Final boiling point | °C | Max 170 |
| Productivity | %(v/v) | Min 97 |
| Residue | %(v/v) | Max 1,5 |
| Loss | %(v/v) | Max 1,5 |
| Sum of 10% + 50% evaporated | ||
| Temperatures | °C | Min 135 |
| Total sulphur | % m/m | Max 0,05 |
| Density at 15 °C | kg/m3 | Report |
| Specific energy | MJ/kg | Min 43,5 |
| Freezing point | °C | Max (-58) |
| Copper strip corrosion | ||
| 2h at =100 °C | corrosion level | Max 1 |
| Water reaction | ||
| Volume change | ml | |
| Electrical conductivity | ||
| at 20°C | pS/m | 50-450 |
| Reid vapour pressure at 37,8°C | kPa | 38-49 |
| Oxidation stability | ||
| 16h at 100°C | ||
| Potential gum content | mg/100ml | Max 6 |