opet Lubricants

opet Lubricants Passenger and Light Commercial Vehicle Lubricants Engine Oils

FULLTECH 0W-30

FULLTECH 0W-30

Fulltech 0W-30, is a synthetic engine oil which meets the performance requirements of new technology engines. It is suitable to use in gasoline or diesel engines of passenger vehicles and light commercial vehicles. Its special formula provides effective engine cleanlines, superior engine protection and extreme fuel economy.

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Technical Data Sheet Safety Data Sheet Technical Support

related products

FULLTECH 0W-16 FULLTECH 0W-16
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FULLTECH LD 5W-40 FULLTECH LD 5W-40
FULLMAX FD 0W-20 FULLMAX FD 0W-20
FULLMAX TF-DM1 0W-20 FULLMAX TF-DM1 0W-20
FULLTECH 5W-30 FULLTECH 5W-30
FULLTECH 10W-60 FULLTECH 10W-60
FULLMAX 0W-20 FULLMAX 0W-20
FULLMAX 0W-30 FULLMAX 0W-30
FULLMAX TF-B 0W-30 FULLMAX TF-B 0W-30
FULLMAX TF-D 0W-30 FULLMAX TF-D 0W-30
FULLMAX TF-BD 5W-30 FULLMAX TF-BD 5W-30
FULLMAX RN 5W-30 FULLMAX RN 5W-30
FULLMAX LE 5W-30 FULLMAX LE 5W-30
FULLMAX 5W-30 FULLMAX 5W-30
FULLMAX 5W-40 FULLMAX 5W-40
FULLMAX LPG 5W-40 FULLMAX LPG 5W-40
FULLMAX 10W-30 FULLMAX 10W-30
FULLMAX 10W-40 FULLMAX 10W-40
FULLMAX LPG 10W-40 FULLMAX LPG 10W-40
FULLMAX DIESEL 10W-40 FULLMAX DIESEL 10W-40
FULLLIFE DPF 5W-30 FULLLIFE DPF 5W-30
FULLLIFE 5W-30 FULLLIFE 5W-30
FULLLIFE LPG 5W-30 FULLLIFE LPG 5W-30
FULLLIFE S 10W-40 FULLLIFE S 10W-40
FULLLIFE 15W-40 FULLLIFE 15W-40
FULLLIFE 20W-50 FULLLIFE 20W-50
FULLLIFE LPG 20W-50 FULLLIFE LPG 20W-50
FULLLIFE XP 20W-50 FULLLIFE XP 20W-50
FULLMASTER 10W-30 FULLMASTER 10W-30

Technical support

Engine Oils
One of the duties of engine oil is to keep systems clean. A qualified engine oil incorporates soot particles in engine after separating them and prevent them from sticking on metal surfaces due to the detergent-dispersant additives in its content. It cleans soot particles adherent on metal surfaces with cleaning agent. Therefore, engine oil becomes dirty and its color turns black. If the motor oil is dirty, it is doing its job well.
0W, expresses the viscosity grade of the engine oil. 'W' comes from the word 'winter'. '0' shows the cold working conditions of the engine oil. The kinematic viscosity of a 0W engine oil at 100 °C is at least 3.8 cST, which is pumpable even at -40 °C.
The information on the oil packaging contains important clues about performance of the oil. There should be information about five issues on the packaging in general. These; brand, its contents (be mineral, synthetic or synthetic based), viscosity grade (such as 5W-30, 10W-40), international performances (such as API CK-4, ACEA C3), OEM performances (such as MB-Approval 228.51, Volvo VDS- 4, VW 504 00/507 00).
Gear Oils
The Association of Automotive Engineers (SAE) classifies automotive gear oils according to their kinematic viscosity values ​​at 100 °C and their pumpability at low temperatures. For example, the SAE 80W-90 in an automotive gear oil '90' describes the kinematic viscosity of this gear oil at 100 °C. As this number increases oil thickens, if the number decreases oil thins. The kinematic viscosity of '90' gear oil at 100 °C is between 13.50 and 18.50 cST while the kinematic viscosity of '140' gear oil at 100 °C must be between 24.00 and 32.50 cST. The number to the left of W (Winter) determines the performance of gear oil at low temperatures. Pumping temperature of '80W' gear oil is -26 °C while pumping temperature of '75W' gear oil is -40 °C.
Synthetic based oils are oils produced with chemical methods. They are produced to lubricate in applications where traditionally obtained mineral oils cannot be sufficient. Synthetic-based oils provide superior protection at higher temperatures than minerals, easier flow and pumpability at low temperatures , more stable film strength under extreme pressure and longer drain interval in difficult operating conditions.
It is the API classification used for gear oils. Oil that contains additives to balance excessive pressure and pulsed load for hypoid gear type differentials running under heavy conditions and that fulfills MIL-L-2105 specifications. In GL-5, there are more overpressure additives and it is generally used under heavy work conditions. Unless otherwise specified, GL-5 should not be used in places where GL-4 is recommended. Because the sulphide in overpressure additive which is present excessively in GL-5 corrodes yellow metals.
Engine Oils
Synthetic oils are produced through very complex processes with advanced technology, it costs higher than mineral oils. That influences the price of the product.
PETDER serves free of charge regardless of quantity and distance throughout Turkey with its waste engine oil collecting organization. Waste producers may contact PETDER as the Authorized Establishment through the website www.petder.org.tr, via e-mail atikyag@petder.org.tr or via telephone 0212-229 39 99 to gain information or to have waste oil they collected in accordance with principals of regulation collected. The collecting process is monitored on satellite with central planning and is conducted by vehicles appropriate to EU standards and trained staff.
The aim of lubrication is to decrease friction by separating two surfaces, to ease movement by lubricating surfaces, to make cooling, to minimize wear and to avoid corrosion by generating film on the surface.
Grease
In terms of application of lubricating with oil where it is not possible to use grease especially in ball bearings.
Greases may leak during storage and base oil also tends to oscillate. The oil leakage rate will increase over time and will vary depending on the storage temperature. The grease should ideally be stored in a cool, dry interior and the ambient temperature should not exceed 30 °C and should not be less than 0 °C. The grease must be protected from dust, dirt, moisture or rainwater, and from direct sunlight.
With manual hand pump or air pump can be printed directly into the bearing. In systems with central automatic lubrication, the grease is filled into the central chamber, the pneumatic system greases the greasing points automatically with the specified intervals.
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