Friedrich G. Frommann GmbH & Co. KG

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DMA
DMB
RMA 10
RMB 30
RMD 80
RME 180
RMG 180
RMG 380
RMK 500
RMK 700

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 40 °C mm²/s max		6,000	3104
- Kinematic viscosity at 40 °C mm²/s min		2,000	3104
- Density at 15°C kg/m³ max		890,0	3675 or 12185
- CCAI max		-
Cetane index min	40		4264
- Sulphur mass % max		1,50	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		0,5	ASTM D664
- Total sediment aged mass % max		-	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		25	12205
- Carbon residue; micro method mass % max		-	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		0,30	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		-6	3016
- Pour point (upper) Summer quality °C max		0	3016
- Appearance		Clear and bright
- Water volume % max		-	3733
- Ash mass % max		0,010	6245
- Vanadium mg/kg max		-	IP504, IP470 or ISO 14597
- Sodium mg/kg max		-	IP501 IP470
- Aluminium plus silicon mg/kg max		-	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		520	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		-	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 40 °C mm²/s max		11,00	3104
- Kinematic viscosity at 40 °C mm²/s min		2,000	3104
- Density at 15°C kg/m³ max		900,0	3675 or 12185
- CCAI max		-
Cetane index min	35		4264
- Sulphur mass % max		2,00	8754 14596
- Flash point °C min		60	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		0,5	ASTM D664
- Total sediment aged mass % max		-	10370-2
- Total sediment by hot filtration mass % max		0,10	10307-1
- Oxidation stability g/m³ max		25	12205
- Carbon residue; micro method mass % max		0,30	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		0	3016
- Pour point (upper) Summer quality °C max		6	3016
- Appearance		-
- Water volume % max		0,30	3733
- Ash mass % max		0,010	6245
- Vanadium mg/kg max		-	IP504, IP470 or ISO 14597
- Sodium mg/kg max		-	IP501 IP470
- Aluminium plus silicon mg/kg max		-	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		520	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		-	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		10,00	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		920,0	3675 or 12185
- CCAI max		850
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		2,50	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		0	3016
- Pour point (upper) Summer quality °C max		6	3016
- Appearance		-
- Water volume % max		0,30	3733
- Ash mass % max		0,040	6245
- Vanadium mg/kg max		50	IP504, IP470 or ISO 14597
- Sodium mg/kg max		50	IP501 IP470
- Aluminium plus silicon mg/kg max		25	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		30,00	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		960,0	3675 or 12185
- CCAI max		860
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		10,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		0	3016
- Pour point (upper) Summer quality °C max		6	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,070	6245
- Vanadium mg/kg max		150	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		40	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		80,00	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		975,0	3675 or 12185
- CCAI max		860
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		14,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,070	6245
- Vanadium mg/kg max		150	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		40	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		180,0	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		991,0	3675 or 12185
- CCAI max		860
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		15,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,070	6245
- Vanadium mg/kg max		150	IP504, IP470 or ISO 14597
- Sodium mg/kg max		50	IP501 IP470
- Aluminium plus silicon mg/kg max		50	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		180,0	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		991,0	3675 or 12185
- CCAI max		870
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		18,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,100	6245
- Vanadium mg/kg max		350	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		60	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		380,0	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		991,0	3675 or 12185
- CCAI max		870
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		18,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,100	6245
- Vanadium mg/kg max		350	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		60	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		500,00	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		1010,0	3675 or 12185
- CCAI max		870
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		20,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,150	6245
- Vanadium mg/kg max		450	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		60	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Not to be used as substitute for the full, written specification			Test Method ISO
- Kinematic viscosity at 50 °C mm²/s max		700,0	3104
- Kinematic viscosity at 50 °C mm²/s min		-	3104
- Density at 15°C kg/m³ max		1010,0	3675 or 12185
- CCAI max		870
Cetane index min	-		4264
- Sulphur mass % max		Statutory requirements	8754 14596
- Flash point °C min		60,0	2719
- Hydrogen sulfide mg/kg max		2,00	IP 570
- Acid number mg KOH/g max		2,5	ASTM D664
- Total sediment aged mass % max		0,10	10370-2
- Total sediment by hot filtration mass % max		-	10307-1
- Oxidation stability g/m³ max		-	12205
- Carbon residue; micro method mass % max		20,00	10370
- Carbon residue; micro method on the 10% volume distillation residue mass % max		-	10370
- Cloud point °C max		-	3015
- Pour point (upper) Winter quality °C max		30	3016
- Pour point (upper) Summer quality °C max		30	3016
- Appearance		-
- Water volume % max		0,50	3733
- Ash mass % max		0,150	6245
- Vanadium mg/kg max		450	IP504, IP470 or ISO 14597
- Sodium mg/kg max		100	IP501 IP470
- Aluminium plus silicon mg/kg max		60	IP501 or IP470 IP500
- Lubricity, corrected wear scar diameter (wsd 1, at 60°C μm max		-	12156-1
- Used Lubrication oils (ULO): Calcium and zinc; or calcium and phosphorus mg/kg		The fuel shall be free from ULO. A fuel shall be considered to contain ULO when either one of the following conditions is met: calcium > 30 and zinc > 15; or calcium >30 and phosphorus > 15	IP501 or IP470 IP500

Friedrich G. Frommann GmbH & Co. KG ,Winsener Stieg 6, 21079 Hamburg, Fon.: +49 (0) 40 / 76 62 68 - 0, info@frommann.info