Products

Finechem Technology FC58117 Energy-saving diesel engine oil complexing agent of nano boride rare earth is made of nano calcium borate multi-effect agent, nano anti-friction and anti-wear agent boron ceramics, low ash detergent, ash less dispersant, a little of ZDDP antioxidant anticorrosion agent, high temperature phenolic amine antioxidants and metal deactivator as well as cetane number improver etc. It belongs to multiple effect wood oil complexing agent with low sulfur phosphorus ash and energy saving and emission reduction, which can meet requirements of ACEA2010C-10 and 2010 A/B-10 high-end engine oil and API standards. The product can greatly improve the performance of extreme pressure, abrasive resistance, anti-friction and antioxidant anticorrosive, reduce the damage of sulfur, phosphorus and ash on the engine and exhaust devices. New type of hexadecyl improver is used in lubricating oil, which is a technological innovation, through it works instantly in cylinder wall, but it has the outstanding effect on improving burning of diesel engine, preventing flame retardant, saving fuel and reducing emissions. The Nano boron ceramic can improve finish of cylinder barrel and sealing of piston ring to increase engine power, which can achieve the purpose of more powerful, longer oil change period and higher fuel economy. The product performance can reach or exceed the level of the import compound agent, can significantly reduce the cost of the product.

Finechem Technology FC58116 High-grade diesel engine oil complexing agent is made of nano calcium borate multi-effect agent with hydrolytic resistance, nano boron ceramic, compound detergent, ash less dispersant, long chain ZDDP antioxidant anticorrosion agent, high temperature phenolic amine antioxidants, metal attenuated agent and organic boron anti-friction. It belong s to energy conservation and environmental protection wood oil compound having features of low phosphorus, low ash, low consumption and low emissions. Compared with traditional agent, it not only focuses on turbocharging, high-temperature oxidation caused by exhaust gas recirculation (ECR) and influence of wear corrosion on oil and engine, but also pays attention to nitric oxide for new emission standard, requirement of further reducing particulate matter and fuel consumption as well as valve wear caused by ultra-low-sulfur diesel. Therefore, nano boron ceramic having the function of being able to fine running-in and repair itself and organic boron anti-friction and fuel oil additive are added. Dispersed, high temperature oxidation resistance, anti wear and friction reducing friction and good corrosion resistance and seal adaptability with good detergency, effectively inhibit the engine deposit formation, control of high temperature oxidation and corrosion, reduce the temperature balance and prolong the machine oil and the service life of the components, and significantly reduce friction and energy saving, emission reduction effect of reducing pollution. The product performance can reach or exceed the level of the import compound agent, can significantly reduce the cost of the product.

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.