Customization: | Available |
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Application: | Automotive Lubricant, Marine |
Type: | Engine Oil, Compressor Oil |
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Product Presentation
1.
2. ADHESION ENHANCEMENT
Adhesion enhancement technology operates on the fundamental principle of utilizing specialized viscosity improvement additives to create a robust protective oil film on the surface of the friction pair. This film adheres continuously and effectively to the metal surface, forming a potent protective layer. Consequently, it significantly enhances the thickness of the oil film and augments the oil's anti-wear protection.
3. PERFORMANCE CHARACTERISTICS
• Our product employs fully synthetic imported base oil, fortified with novel compound additives, to meet the stringent API SN quality grade requirements.
• It exhibits exceptional low temperature mobility, enabling it to swiftly reach all engine components upon startup in cold environments. This comprehensive protection minimizes startup wear.
• The oil demonstrates outstanding resistance to high temperatures, oxidation, and wear. As a result, it is particularly well-suited for the demanding operating conditions of modern vehicle engines.
• It effectively addresses the issue of low speed early ignition (LSPI) in engines.
• Provide more turbine voltage protection and timing chain protection;
• Comprehensive long-term protection of the smooth operation of the engine.
4. RECOMMENDED USE
• Applicable to all gasoline engines requiring SJ class and below
API SJ SAE 0W-40 / 5W-30 / 5W-40 / 10W-40
Packing: 4LX4, 1LX12
Typical data
Xinye Diesel Engine Oil CJ-4 15W-40 | |
SAE Grade | 15W40 |
Appearance | clear |
Kinematic viscosity (100ºC)/ (mm2/s) | 12.5~16.3 |
Low temperature dynamic viscosity / (mPa.s)(-20ºC) , ≤ | 7000 |
Pour point /ºC, ≤ | -25 |
Flash point (opening) / ºC, ≥ | 215 |
Foam property (foam tendency/Foam stability)/(mL/mL) Procedure I 24ºC ≤ Program II 93.5ºC ≤ Program after 24ºC ≤ |
10/0 20/0 10/0 |
High temperature,high shear viscosity (150ºC,106S-1) (mPa.s) , ≥ | 3.7 |
Evaporation loss (mass fraction) / % , ≤ Noack Method (250ºC,1h) |
13 |
Moisture / % (volume fraction) , ≤ | trace |
Mechanical impurity % (mass fraction) , ≤ | 0.1 |
Total base number, mgKOH/g , ≤ | -- |