COMPONENTS OF GASOLINE AVIATION AVGAS 100LL
| Components (name) | Conc., % | Hygienic standards in air of a working area | № CAS | № ЕС | |
| MPC Concentration of harmful substance in the air of the working area mg/m3 | Hazard Class | ||||
| Alkylate | < 70,0 | 900/300 (on vapors of saturated C1-10 aliphatic hydrocarbons (in terms of C)) | 4 | No | No |
| Component of aviation gasoline, look 1 | < 40,0 | 300/100 (on gasoline vapors) | 3 | No | No |
| Toluene oil | < 16 | 150/50 | 3 | 108-88-3 | 203-625-9 |
| Liquid ethyl TEL-B | < 0,2 | 0,005 (According to tetraethyllead) | 1 | 78-00-2 | 201-075-4 |
| Additive anti-oxidizing 4-methyl-2,6-ditertiary butyl phenol (Agidol-1) technical | 0,0016-0,002 | 10 | 4 | 128-37-0 | 204-881-4 |
| Dye organic fat-soluble bright blue | 0,0003-0,0006 | It isn’t established | No | No | No |
PHYSICAL AND CHEMICAL PROPERTIES OF GASOLINE AVIATION AVGAS 100LL
| 1. Appearance | Blue. Clear, bright liquid. |
| 2. Properties of chemical product | |
| Detonation firmness: | /12/ |
| Motor Octane Number MON, not less | 99,6 |
| rating (rich mix), not less | 130,0 |
| Content of tetraethyl lead: | |
| mlTEL/dm³, no more | 0,53 |
| gram Pb/dm³, no more | 0,56 |
| Density g/cm³ at 15 °C | It isn’t normalized, definition is obligatory |
| Fractional composition: | |
| temperature has begun distillations, ºС, not below | It isn’t normalized, definition is obligatory |
| 10% distilled at a temperature, ºС, not above | 75 |
| 40% distilled at a temperature, ºС, not below | 75 |
| 50% distilled at a temperature, ºС, not above | 135 |
| 90% distilled at a temperature, ºС, not above | 135 |
| sum of 10% and 50% Evaporated Temperatures, ºС, not below | 170 |
| temperature of the end of distillation, ºС, not above | 97 |
| exit, %, not less | 1,5 |
| balance, %, no more | 1,5 |
| losses, %, no more | 38,0-49,0 |
| Reid vapour pressure, kPa, within | – 60 |
| Crystallization start temperature, ° С, not higher Sulfur, %, no more | 0,03 |
| Specific heat of combustion the lowest, MDzh/kg, not less | 43,5 |
| Corrosion copper strip 2h at 100 C, no more | № 1 |
| Content of mechanical impurity and water | absence |
| Content of the actual pitches, mg/100 cm³, no more | 3 |
| Resistance to oxidation (5 h): | 6 |
| potential pitches, mg/100 cm³, no more | 3 |
| loss of lead, mg/100 cm³, no more | ± 2 |
| Water Reaction – volume change, sm³, no more | 50 – 600 |
| Specific electrical conductivity, pSm/m, within | /12/ |