Introduction

DANA Lubmarine products and services are suited to a wide range of applications, from the engine to the deck equipments. As the world’s second largest player in this sector Lubmarine is dedicated, global and integrated business unit that supports the shipping industry by delivering to almost 1,000 ports across the world. Our local presence (via our local offices and partners) is a guarantee of customized and effective solutions. With more than 250 employees from 40 nations, often themselves from a marine background, the Lubmarine team understands its customers and is able to arrange effective supply.

Marine lubricants, also known as marine engine oils, are specialized oils used to protect and improve the efficiency of marine engines and equipment. They are designed to:

Marine lubricants create a film between moving parts to reduce friction and wear.
Protect from corrosion: Marine lubricants protect engine parts from corrosion caused by salt and rust from seawater.
Marine lubricants help extend the life of engines.
Marine lubricants improve the performance and reliability of machines.
Marine lubricants dissipate heat to control temperature.

2-Stroke Engine Oil

CYLINDER OILS

The innovative TALUSIA range of marine cylinder oils is recommended for 2-stroke diesel engines powered by a wide range of residual fuels.
TALUSIA range has been designed to be simple for ships’ crews to use and to reduce the risk of engine breakdown while ensuring environmental compliance.

TECHNICAL DATA: DANA TISOLA 25
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	908
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	19
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	-10
BN	ASTM D 2896	—	25

TECHNICAL DATA : DANA TISOLA 40
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	920
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	20
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	40

TECHNICAL DATA : DANA TISOLA HD 40
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	913
Kinematic viscosity at 100°C	ISO 3104	mm²/s	19
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	<= -6
BN	ASTM D 2896	—	40

TECHNICAL DATA : DANA TISOLA 70
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	940
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	20
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	70

TECHNICAL DATA : DANA TISOLA Optima
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	930
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	19.5
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	3
BN	ASTM D 2896	—	100

TECHNICAL DATA : DANA TISOLA UNIVERSAL 100
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	950
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	19
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	-6
BN	ASTM D 2896	—	100

TECHNICAL DATA : DANA TISOLA HR 140
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	976
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	20
Flash Point (COC)	ASTM D 92	°C	> 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	140

SYSTEM OILS

The ATLANTA MARINE D range of marine system oils with its anti-oxidant properties enables ship-owners to prevent engine wear. It’s being used to lubricate slow speed 2-stroke crosshead diesel engines.
The problems of engine rust and corrosion can be stopped in their tracks. Its water separation and insoluble separation abilities prevent the build-up of liquids.

TECHNICAL DATA : DANA ATLANTA MARINE D 2005
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	890
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	70
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	8.8
Flash Point (COC)	ASTM D 92	°C	> or = 220
Pour Point	ISO 3016	°C	-6
BN	ASTM D 2896	—	6

TECHNICAL DATA : DANA ATLANTA MARINE D 3005
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	30
Density at 15°C	ISO 3675	kg/m³	890
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	105
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	11.5
Flash Point (COC)	ASTM D 92	°C	> or = 220
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	6

4-Stroke Engine Oil

The AURELIA and DISOLA range of marine trunk piston oils are recommended for the high-medium speed 4-stroke diesel engines on both land and sea.
The range is compatible with all main fuel types including high and low sulphur fuel oil (HSFO, LSFO), LNG, distillates, marine diesel oil and gas oil.

TECHNICAL DATA : DANA EUROPIA FE 3030
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	30
Density at 15°C	ISO 3675	kg/m³	885
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	67
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	11
Flash Point (COC)	ASTM D 92	°C	230
Pour Point	ISO 3016	°C	-12
BN	ASTM D 2896	—	30

TECHNICAL DATA : DANA EUROPIA 3040
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	885
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	67
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	11
Flash Point (COC)	ASTM D 92	°C	230
Pour Point	ISO 3016	°C	-12
BN	ASTM D 2896	—	40

TECHNICAL DATA : DANA EUROPIA TI 3030
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	30
Density at 15°C	ISO 3675	kg/m³	910
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	110
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	12
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	-12
BN	ASTM D 2896	—	30

TECHNICAL DATA : DANA EUROPIA TI 4040
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	910
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	140
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	14
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	40

TECHNICAL DATA : DANA EUROPIA LNG 40
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	874
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	122.5
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	13.8
Viscosity Index	ISO 2909	—	110
Flash Point (COC)	ASTM D 92	°C	284
Pour Point	ISO 3016	°C	-30
Sulfated Ash	ISO 3987	% wt	0.48
TBN	ASTM D 2896	—	4.6

TECHNICAL DATA : DANA EUROPIA TI 4055
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	920
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	140
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	14
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	55

TECHNICAL DATA : DANA EUROPIA LNG 50
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
S.A.E. Grade	—	—	50
Density at 15°C	ISO 3675	kg/m³	877.4
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	183.5
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	18.7
Viscosity Index	ISO 2909	—	114
Flash Point (COC)	ASTM D 92	°C	272
Pour Point	ISO 3016	°C	-33
Sulfated Ash	ISO 3987	% wt	0.48
TBN	ASTM D 2896	—	4.6

TECHNICAL DATA :DANA SHIELD 3012
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
S.A.E. Grade	—	—	30
Density at 15°C	ISO 3675	kg/m³	900
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	110
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	12
Flash Point (COC)	ASTM D 92	°C	>= 220
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	12

TECHNICAL DATA : DANA SHIELD 4012
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	900
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	145
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	14.2
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	12

TECHNICAL DATA : DANA SHIELD 4015
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
S.A.E. Grade	—	—	40
Density at 15°C	ISO 3675	kg/m³	900
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	145
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	14.2
Flash Point (COC)	ASTM D 92	°C	>= 230
Pour Point	ISO 3016	°C	-9
BN	ASTM D 2896	—	14

AUXILIARY LUBRICANTS

TECHNICAL DATA : DANA SHIELD W 15W40
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
S.A.E. Grade	—	—	15W 40
Density at 15°C	ISO 3675	kg/m³	888
Kinematic Viscosity at 40°C	ISO 3104	mm²/s	99
Kinematic Viscosity at 100°C	ISO 3104	mm²/s	13.4
Viscosity Index	ISO 2909	—	136
Dynamic viscosity at -20°C	—	mPa/s	< 7,000
Flash Point (COC)	ASTM D 92	°C	> 220
Pour Point	ISO 3016	°C	-30
Sulfated Ash	—	% mass	1.45
BN	ASTM D 2896	mgKOH/g	11

Typical Characteristics -DANA 1300 SAE40
	Methods	Units	SAE40
S.A.E. Grade			40
Kinematic viscosity at 40°C	ISO 3104	mm2/s	154
Kinematic viscosity at 100°C	ISO 3104	mm2/s	15.1
Flash Point (COC)	ASTM D 92	°C	> 220
Pour Point	ISO 3016	°C	-12
BN	ASTM D 2896	mgKOH/g	13
Zinc content		ppm	< 10

Hydraulic Oil

Typical Characteristics
	Methods	Units	15	22	32	46	68	100	150
ISO Grade			15	22	32	46	68	100	150
Density at 15°C	ISO 3675	kg/m3	855	864	870	876	882	886	890
Kinematic viscosity at 40°C	ISO 3104	mm2/s	15.8	23	34	48	71	105	157
Kinematic viscosity at 100°C	ISO 3104	mm2/s	3.9	5	6.6	8.4	11.3	15.2	20.3
Viscosity Index	ISO 2909		> 150	> 150	> 150	> 150	> 150	> 150	> 150
Pour Point	ISO 3016	°C	-42	-42	-33	-30	-27	-24	-21
Shearing Stability ORBAHN BOSCH-250 cycles Viscosity decrease at 40°C	DIN51382		0	0	0	0	0	0	0

Typical Characteristics
	Methods	Units	15	22	32	46	68	100	150
ISO Grade			15	22	32	46	68	100	150
Density at 15°C	ISO 3675	kg/m3	855	864	870	876	882	886	890
Kinematic viscosity at 40°C	ISO 3104	mm2/s	15.8	23	34	48	71	105	157
Kinematic viscosity at 100°C	ISO 3104	mm2/s	3.9	5	6.6	8.4	11.3	15.2	20.3
Viscosity Index	ISO 2909		> 150	> 150	> 150	> 150	> 150	> 150	> 150
Pour Point	ISO 3016	°C	-42	-42	-33	-30	-27	-24	-21
Shearing Stability ORBAHN BOSCH-250 cycles Viscosity decrease at 40°C	DIN51382	0	0	0	0	0	0	0	0

Typical Characteristics
	Methods	Units	15	22	32	46	68	100	150
ISO Grade			15	22	32	46	68	100	150
Density at 15°C	ISO 3675	kg/m3	855	864	870	876	882	886	890
Kinematic viscosity at 40°C	ISO 3104	mm2/s	15.8	23	34	48	71	105	157
Kinematic viscosity at 100°C	ISO 3104	mm2/s	3.9	5	6.6	8.4	11.3	15.2	20.3
Viscosity Index	ISO 2909		> 150	> 150	> 150	> 150	> 150	> 150	> 150
Pour Point	ISO 3016	°C	-42	-42	-33	-30	-27	-24	-21
Shearing Stability ORBAHN BOSCH-250 cycles Viscosity decrease at 40°C	DIN51382	0	0	0	0	0	0	0	0

COOLANTS

Typical Characteristics	Methods	Units
Color		Colourless
SG at 20 ℃	ASTM D 1122	1.058
pH	ASTMD 1287	9.4
pH diluted to 5%		8.1

AUXILIARY SYNTHETIC LUBRICANTS

Typical Characteristics
	Methods	Units	220	320
ISO Grade			220	320
Density at 15°C	ISO 3675	kg/m3	857	860
Kinematic viscosity at 40°C	ISO 3104	mm2/s	220.1	313.8
Kinematic viscosity at 100°C	ISO 3104	mm2/s	26.2	34.6
Viscosity index	ISO 2909		152	155
Flash Point (COC)	ASTM D 92	°C	> 250	> 260
Pour Point	ISO 3016	°C	-45	-42
FZG Test A/8 3/90	DIN 51 354/2	–	> 13th	> 13th
FSG Micropitting FVA 54 IIV	ASTM D 2896	–	10th	10th

Compressor Oil

Typical Characteristics
	Methods	Units	68	100
ISO Grade			68	100
Density at 15°C	ISO 3675	kg/m3	962	960
Kinematic viscosity at 40°C	ISO 3104	mm2/s	68	110
Kinematic viscosity at 100°C	ISO 3104	mm2/s	8.9	11.3
Flash Point (COC)	ASTM D 92	°C	> 260	> 260
Pour Point	ISO 3016	°C	-36	-30
Carbon Conradson Residue	NFT 50-116	%	traces	traces

Typical Characteristics
	Methods	Units	68	100
ISO Grade			68	100
Density at 15°C	ISO 3675	kg/m3	962	960
Kinematic viscosity at 40°C	ISO 3104	mm2/s	68	110
Kinematic viscosity at 100°C	ISO 3104	mm2/s	8.9	11.3
Flash Point (COC)	ASTM D 92	°C	> 260	> 260
Pour Point	ISO 3016	°C	-36	-30
Carbon Conradson Residue	NFT 50-116	%	traces	traces

Refrigerating Oil

TECHNICAL DATA : DANA AL 100
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES
Density at 15°C	ISO 3675	kg/m³	876
Kinematic viscosity at 40°C	ISO 3104	mm²/s	102
Kinematic viscosity at 100°C	ISO 3104	mm²/s	8.4
Foaming sequence 1 at 24°C	ISO 6247	ml/ml	0/0
Miscibility 15% oil in R22 (UCST)	DIN 51514	°C	-40
Flash Point (OC)	ISO 2592	°C	210
Pour Point	ISO 3016	°C	-33

Typical Characteristics
	Methods	Units	32	46	68	100FY
Density at 15°C	ISO 3675	kg/m3	988	975	970	960
Kinematic viscosity at 40°C	ISO 3104	mm2/s	34.6	48.6	69.5	101
Kinematic viscosity at 100°C	ISO 3104	mm2/s	6	7.5	9.1	11
Flash Point (COC)	ASTM D 92	°C	> 250	> 250	> 250	> 260
Pour Point	ISO 3016	°C	-54	-45	-39	-36
Acid number	ASTM D 974	mgKOH/g	< 0.1	< 0.1	< 0.1	< 0.1
Water content	KARL FISHER	ppm	< 50	< 50	< 50	< 50

Gas Compressor Oil

Typical Characteristics
	Methods	Units	150
ISO Grade			150
Color	Visual		Yellow
Density at 15°C	ISO 3675	kg/m3	1050
Kinematic viscosity at 40°C	ISO 3104	mm2/s	141
Kinematic viscosity at 100°C	ISO 3104	mm2/s	26.4
Viscosity index	ISO 2909		220
Flash Point (COC)	ASTM D 92	°C	220
Pour Point	ISO 3016	°C	-45

GREASES

Typical Characteristics
	Methods	Units
Soap/thickener		–	Calcium sulfonate complex
NLGI Grade	ASTM D217/DIN 51818	–	0/1
Color	Visual	–	Caramel
Appearance	Visual	–	Smooth/Buttery
Operating temperature range		°C	-25 to 150
Penetration at 25°C	ASTM D217/DIN 51818	0.1mm	330 – 360
Four ball weld load	DIN 51350-4	Kgf	> 315
Dropping Point	IP396/DIN ISO 2176	°C	> 250
Kinematic viscosity of the base oil at 40°C	ASTM D445/DIN 51562-1/ ISO 3104/IP71	mm2/s (cSt)	1700

Typical Characteristics
	Methods	Units	100
Soap/thickener		–	Calcium sulfonate complex
NLGI Grade	ASTM D217/DIN 51818	–	45293
Color	Visual	–	Brown
Appearance	Visual	–	Smooth
Operating temperature range		°C	-30 to 180
Kinematic viscosity of the base oil at 40°C	ASTM D445/DIN 51562-1	mm2/s (cSt)	100
	/ISO 3104/IP71
Mechanical stability
Penetration at 25°C	ASTM D217/DIN51818	0.1mm	280-310
Penetration after 100,000 strokes	ISO 2137	0.1mm	12
Shell Roller 100 hours at 80°C	ASTM D 1831 mod	0.1mm	8
Steel Roller 100 hours at 80°C + 10% water	ASTM D 1831 mod	0.1mm	4
Thermal stability
Dropping Point	IP 396	°C	> 300
Oil release 50 hours, 100°C	ASTM D 6184	%	1.5
Oil release 168 hours, 40°C	NF T 60-191	%	0.5
Oxidation stability at 99°C +-0.5°C
Pressure drop after 100 hours	ASTM D 942	Psi	5
Pressure drop after 500 hours		Psi	12
Anti-rust properties
EMCOR, distilled water	ISO 11007	Rating	0/0
EMCOR, synthetic sea water	ISO 11007	Rating	0/0
Copper corrosion, 24 hours at 100°C	ASTM D 4048	Rating	lb
Anti-wear and EP properties
Four ball wear (scar diameter)	ASTM D 2266	mm	0.37
Four ball weld load	ASTM D 2596	kgf	500
Cold properties
Penetration at -20°C	ISO 13737	0.1mm	199
Flow pressure at -20°C	DIN 51 805	mbar	419
Flow pressure at 1400 mbar	DIN 51 805	°C	-32
Torque at -20°C
Starting torque	ASTM D 1478	g.cm	108
After 1 hour		g.cm	29

Lubmarine’s Environmentally Acceptable Lubricants (EALs) and grease portfolio is designed for ship-owners seeking premium levels of performance while being environmentally conscious.
It is recommended to use with all oil-to-sea equipment interfaces on any machinery operating in severe conditions, including high and low temperatures as well as high levels of humidity.

Bio Lubricants

TECHNICAL DATA : DANA TMP 32
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
Appearance	Visual	—	Clear
Density at 15°C	ISO 3675	kg/m³	913
Kinematic viscosity at 40°C	ISO 3104	mm²/s	32
Kinematic viscosity at 100°C	ISO 3104	mm²/s	7.4
Viscosity index	ISO 2909	–	195
Flash Point (OC)	ISO 2592	°C	270
Pour Point	ISO 3016	°C	-42

TECHNICAL DATA : DANA TMP 46
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
Appearance	Visual	—	Clear
Density at 15°C	ISO 3675	kg/m³	920
Kinematic viscosity at 40°C	ISO 3104	mm²/s	46
Kinematic viscosity at 100°C	ISO 3104	mm²/s	9.3
Viscosity index	ISO 2909	–	185
Flash Point (OC)	ISO 2592	°C	280
Pour Point	ISO 3016	°C	-42

Bio Greases

Typical Characteristics
	Methods	Units
Soap/thickener		–	Calcium
NLGI Grade	ASTM D217/DIN 51818	–	1
Color	Visual	–	Brown
Appearance	Visual	–	Smooth
Operating temperature range		°C	-20 to 90
Penetration at 25°C	ASTM D217/DIN 51818	0.1mm	310 – 340
Anti-rust performance SKF-MECOR	ISO 11007 (distilled water)	Rating	0/0
Anti-rust performance SKF-MECOR	ISO 11007 (sea water)	Rating	45292
Dropping Point	ISO 2176	°C	> 145
Adherence Test under watter pressure at 40psi	ASTM D4049	%	43
Kinematic viscosity of the base oil at 40°C	ASTM D445/DIN 51562-1/ ISO 3104	mm2/s (cSt)	320
Biodegradability	OECD301B	%	> 60

TECHNICAL DATA : DANA EP 0
CHARACTERISTICS	METHODS	UNITS	TYPICAL VALUES*
Thickener	—	—	Lithium
Base oil type	—	—	Synthetic
NLGI Grade	ASTM D 217/DIN 51 818	—	0
Color / Appearance	Visual	—	Brown / Smooth
Operating temperature range	—	°C	– 30 to +140
Penetration at 25°C	ASTM D 217/DIN 51 818	0.1 mm	355 – 385
Flow pressure 1400 mbar	DIN 51805	°C	<-45
Anti-rust performance SKF-EMCOR	ISO 11007	Rating	0/0
4-ball weld load	ASTM D 2596	kgf	315
4-ball wear	ASTM D 2266	mm	0.62
Dropping point	IP 396/ISO 2176	°C	> 160
Base oil viscosity of the base oil at 40 °C	ASTM D 445 / DIN 51 562-1 ISO 3104/ IP71	mm²/s (cSt)	150

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DANA CF-2 40
		Method	Value
Kinematic Viscosity at 40°C	mm2/s	ASTM D445	145.9
Kinematic Viscosity at 100°C	mm2/s	ASTM D445	14.5
Viscosity Index	–	ASTM D2270	98
T.B.N	mgKOH/g	ASTM D2896	7.1
Pour Point	°C	ASTM D97	-15
Sulphated Ash	% m/m	ASTM D874	0.77

Introduction

Marine lubricants, also known as marine engine oils, are specialized oils used to protect and improve the efficiency of marine engines and equipment. They are designed to:

Marine lubricants create a film between moving parts to reduce friction and wear.

Protect from corrosion: Marine lubricants protect engine parts from corrosion caused by salt and rust from seawater.

Marine lubricants help extend the life of engines.

Marine lubricants improve the performance and reliability of machines.

Marine lubricants dissipate heat to control temperature.

2-Stroke Engine Oil

CYLINDER OILS

TECHNICAL DATA: DANA TISOLA 25

CHARACTERISTICS

METHODS

UNITS

TYPICAL VALUES

S.A.E. Grade

—

—

50

Density at 15°C

ISO 3675

kg/m³

908

Kinematic Viscosity at 100°C

ISO 3104

mm²/s

19

Flash Point (COC)

ASTM D 92

°C

> 230

Pour Point

ISO 3016

°C

-10

BN

ASTM D 2896

—

25

TECHNICAL DATA : DANA TISOLA 40