Finechem Technology FC58012 Nano-boronRare Earth Energy-saving Gasoline Engine Oil Complex Agent

Finechem Technology FC58012 Nano-boronRare Earth Energy-saving Gasoline Engine Oil Complex Agent is synthesized from nano-boron rare earth multi-effect agent, nano-boron ceramic anti-wear and friction-reduction agent, low-ash detergent, ash less dispersant, trace ZDDP antioxidant and antiseptic agent, phenol ammonia high-temperature antioxidant and metal deactivator. It is a kind of low-ash, multi-function and high-effect gasoline engine oil complex agent for energy saving and emission reduction and is designed in accordance with ILSAC energy saving and emission reduction standards, ACEA2010C-10 and 2010A/B-10 specifications as well as API premium gasoline engine oil standards. The introduction of rare earth and boron greatly improves the extreme pressure, wear resistance, friction reduction, high-temperature oxidation and corrosion resistance of oil, the use of ZDDP can be avoided or reduced, to significantly reduce the content of sulfur, phosphorus and ash, extend the service life of three-way catalytic converters and oxygen sensors, and reduce the emissions of CO, HC, SO2 and NOx. Borides are high-energy fuels and can be used for promoting catalytic combustion, energy saving and emission reduction.

End Uses: Gasoline Engine Oils

Functions: Chelating Agent

Chemical Family: Boron-based Compounds

Features: Corrosion Resistant, Extreme Pressure Performance, Friction Reduction, High Temperature Performance, Improved Anti-Wear, Low Ash, Low Emissions, Low Sulfur Content, Non-Flammable, Oxidation Resistant

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Features & Benefits

Labeling Claims
Fluids & Lubricants Features
Product Highlights

It is a kind of low-ash, multi-function and high-effect gasoline engine oil complex agent for energy saving and emission reduction and is designed in accordance with ILSAC energy saving and emission reduction standards, ACEA2010C-10 and 2010A/B-10 specifications as well as API premium gasoline engine oil standards. The introduction of rare earth and boron greatly improves the extreme pressure, wear resistance, friction reduction, high-temperature oxidation and corrosion resistance of oil, the use of ZDDP can be avoided or reduced, to significantly reduce the content of sulfur, phosphorus and ash, extend the service life of three-way catalytic converters and oxygen sensors, and reduce the emissions of CO, HC, SO2 and NOx. Borides are high-energy fuels and can be used for promoting catalytic combustion, energy saving and emission reduction.

Applications & Uses

Markets
Applications
Fluids & Lubricants Type
Fluids & Lubricants End Use
Scope of Application
  • The product is applicable for preparing a series premium gasoline engine oil meeting ILSAC and API standards by using Classes API-I, II, III and IV base oil.
  • Recommended Dosage: API-SJ/GF-25.4%,SL/GF-36.6%,SM/GF-47.6% and SN/GF-58.5%

Properties

Specifications
ValueUnitsTest Method / Conditions
Density (20°C)950 - 1050kg/m³GB/T1885
Kinematic Viscosity (100°C)60 - 70mm²/sGB/T265
Flash Point (Opening)min. 180°CGB/T267
Pour Pointmax. -10°CGB/T3535
Boron Content0.3 - 0.5%SH/T0227
Phosphorus Content0.8 - 1.2%SH/T0296
Sulfur Content2 - 3.5%SH/T0303
Total Base Numbermin. 80mgKOH/gSH/T0251

Storage & Handling

Attentions for Storage and Use

Packaging, marking, transportation, storage and acceptance of delivery are performed as per SH/T0164. 200Kg packaging with galvanized iron bucket shall be stored in dry and ventilated storehouse below 45°C; Blending temperature should not exceed 75°C. The product is non-flammable, non-explosive, non-corrosive. General chemical prevention measures shall be taken in feeding and using process to avoid contacting with skin. Once touching, wash out with soap water.