Products

Finechem Technology FC58011 Premium Gasoline Oil Complex Agent is prepared with hydrolysis-resistant nano calcium borate multi-effect agent, nano-boron ceramic compound purification dispersant with self-repairing effect, phenol amine high-temperature antioxidant and metal deactivator. It is a kind of low-phosphorus, low-sulfur, low-ash, energy-saving, consumption-lowering and emission-reduction premium gasoline oil complex agent, and is applicable for preparing GF series as well as API/SL, SM and SN premium oil in accordance with ILSAC international standards. Compared with the traditional gasoline engine oil compound, better low temperature dispersion, high temperature oxidation resistance, high and low temperature anti rust, can effectively inhibit sludge and sediment formation, improve the durability of oil, slow down the corrosion of the alloy bearings. There are outstanding anti – wear, anti – friction, repair and anti – abrasion ability, to extend the life of the component. In particular, nano boron ceramics, small particle size, high hardness, the new car can accelerate the fine run in, the old car can be polished repair, normal state can achieve the hard spheres rolling friction, energy saving. Low phosphorus low sulfur, can prevent the three way conversion device catalytic agent poisoning failure and oxygen sensor failure, improve and the durability of the catalyst compatibility and exhaust system.

Finechem Technology FC58206 low-ash internal combustion engine oil complexing agent for gasoline engine is made of nano calcium borate multi-effect agent with hydrolytic resistance, metal detergent, ash less dispersant, a little of ZDDP antioxidant anticorrosion agent, high temperature phenolic amine antioxidants and metal deactivator etc. It belongs to engine oil compound for gasoline engine and diesel engine use featuring low phosphor, low sulfur, low ash, emissions reduction, energy conservation and environmental protection. Compared with traditional compound, it has the characteristics of greater low temperature dispersion, high temperature oxygen resistance, high and low temperature rust protection and excellent anti-wear friction antifriction. To reduce ash content of sulfate, though total base value is not high, it can effectively control formation of sludge with less crankcase sediments. At the same time can reduce the bearing corrosion, wear and tear, oil oxidation, improve the friction parts, oil, seal, the durability of the exhaust system. Can improve the compatibility with the catalyst, prevent the three effect conversion device and oxygen sensor poisoning failure, reduce toxic gas emissions, improve fuel economy.

Finechem Technology FC58209 High-grade internal combustion engine oil complexing agent for gasoline engine is made of nano calcium borate multi-effect agent with hydrolytic resistance, nano boron ceramic, composite detergent-dispersants, a little of ZDDP antioxidant anticorrosion agent, high temperature phenolic amine antioxidants and metal deactivator etc. It belongs to low sulfur phosphorus ash of high-grade internal combustion engine oil complexing agent for gasoline engine and diesel engine use, which aims to modulate SM/CL-4, GF-5/CL-4, SN/CJ-4 and other high-end engine oil especially implementing the ILSAC and API standard. Compared with the traditional agent, have better low-temperature dispersion, high temperature oxidation resistance, high and low temperature anti rust, can effectively inhibit sludge and sediment formation, slowing the gold bearing corrosion. Anti wear and friction reduction, repair and anti abrasion ability. Nano boron ceramics can be fine in the friction surface, the surface of the self repair, and realize the local rolling friction, reducing resistance, reduce fuel consumption. In order to reduce sulfate ash, improve the antioxidant content, although the total alkali value is not high, crankcase sediments rarely, improve the friction parts, oil, seal and exhaust system of durability. Can improve the compatibility with the catalyst, prevent the three effect conversion device and oxygen sensor poisoning failure, improve the quality of exhaust gas and fuel economy.