This product is a kind of widely used lubricant additive of comprehensive performance, it has extremely good acid neutralization capacity, better antioxidation, abrasion resistance and larger base number than the similar products. It also has excellent detergency and dispersion effects and hydrolysis stability.
Super Overbased Sulfurized Calcium Alkyl Phenol is a specific type of additive used in lubricants and industrial fluids. It is made by reacting calcium hydroxide with sulfurized calcium alkylphenol with a high alkyl chain length.
This additive is commonly used in heavy-duty engine oils, gear oils, and industrial oils to provide enhanced detergent, dispersant, and anti-wear properties. It helps to keep engines and machinery clean by effectively dispersing and suspending harmful deposits, sludge, and varnish. It also helps to prevent the formation of harmful acids and reduces the risk of corrosion.
Super Overbased Sulfurized Calcium Alkyl Phenol contains high levels of calcium, which contributes to its exceptional anti-wear properties. It forms a protective film on metal surfaces to reduce friction and wear, extending the life of the lubricant and the equipment it is applied to.
Additionally, this additive offers excellent thermal stability and oxidation resistance, helping to maintain the lubricant’s performance even under high operating temperatures. It also helps to resist the formation of oxidation by-products, ultimately prolonging the life and reliability of the lubricated components.
In summary, Super Overbased Sulfurized Calcium Alkyl Phenol is a valuable additive that provides enhanced detergent, dispersant, anti-wear, and thermal stability properties to lubricants and industrial fluids. It helps to maintain cleanliness, reduce wear, prevent corrosion, and ensure optimal performance, making it an important component in high-performance formulations.
Features
Excellent high-temperature detergency
Excellentacid neutralization efficiency
Good antioxidant performance
Good compatible with other additives.
