Benzotriazole derivatives CSAIL T551

What is Benzotriazole derivatives CSAIL T551?

CSAIL T551 is a high-performance chemical additive formulated from a benzotriazole derivative, designed to enhance the antioxidant capacity of oil products and facilitate their long-term protection against oxidation. It has a remarkable synergistic effect on inhibiting the catalytic influence of metal ions on the oxidation of oil products, ensuring the extension of their service life. CSAIL T551 can form an inert film on the metal surface or create chelation with metal ions, preventing metal oxidation. When used in combination with antioxidants, such as T501, it produces a synergistic effect, resulting in enhanced protection and improved performance.

Features of Benzotriazole derivatives CSAIL T551:

CSAIL T551 possesses several key features that make it an ideal additive to protect oil products and metal surfaces from oxidative reactions and degradation:

Prominent Synergistic Effect: CSAIL T551 provides a notable synergistic impact on inhibiting the catalytic influence of metal ions, which can cause oxidation in oil products. This characteristic adds to the additive's protective qualities, emphasizing the importance of its integration in various oil applications.

Improved Antioxidant Capacity: CSAIL T551 enhances the antioxidant capacity of oil products, which helps to protect against the formation of sludge, varnish, and other damaging byproducts caused by oxidation. This ensures the oil remains stable and effective over a more extended period, contributing to better equipment performance and longer service intervals.

Metal Surface Protection: The benzotriazole derivative in CSAIL T551 forms an inert film on metal surfaces, effectively providing a barrier that protects against oxidation and other harmful reactions. This layer of protection helps to prolong the life of the metal components and ensures more efficient operation.

Combination with Other Antioxidants: CSAIL T551 exhibits an impressive synergistic effect when combined with other antioxidants, such as T501, further enhancing the protection and performance of oil products. This makes it an excellent choice for maintaining oil quality and prolonging equipment life in various applications.

Functions of Benzotriazole derivatives CSAIL T551:

CSAIL T551 is designed to provide several significant benefits in terms of protecting and enhancing the performance of oil products and metal surfaces:

Inhibiting Metal Ion Catalysis: The primary function of CSAIL T551 is to inhibit the catalytic effect of metal ions on the oil product's oxidation. By reducing this catalytic influence, CSAIL T551 maintains the oil quality and helps to prevent the formation of harmful byproducts.

Enhancing Antioxidant Protection: CSAIL T551 improves the overall antioxidant capacity of oil products, ensuring they remain stable and effective for a longer period. This results in reduced maintenance intervals, improved equipment performance, and prolonged service life.

Preventing Metal Oxidation: By forming an inert film on metal surfaces or creating chelation with metal ions, CSAIL T551 effectively prevents the oxidation of various metals. This contributes to the extension of component life and enhances the overall efficiency of the equipment.

Applications of Benzotriazole derivatives CSAIL T551:

CSAIL T551 can be utilized in a wide range of applications where protection and performance enhancement of oil products and metal surfaces are essential for optimal operations:

Industrial Lubricants: CSAIL T551 can be added to various industrial lubricants, such as gear oils, compressor oils, hydraulic fluids, and slideway oils, to improve their antioxidant capacity and protection against metal oxidation. This ensures the smooth and efficient performance of equipment and machinery over a prolonged period.

Automotive Lubricants: In the automotive sector, CSAIL T551 can be utilized in engine oils, transmission fluids, and gear oils to enhance the antioxidant protection and prevent the oxidation of metal components. This contributes to better fuel efficiency, reduced emissions, and a prolonged life of automotive systems.

Marine Lubricants: The marine industry's harsh environments demand effective protection and performance enhancement for various metal components. CSAIL T551 is ideal for marine lubes like cylinder and hydraulic oils, which require protection against oxidation and metal degradation in the presence of seawater or changing temperature and humidity conditions.

Greases: CSAIL T551 can be utilized in a variety of greases where enhanced antioxidant protection or metal oxidation prevention is of importance, including general-purpose, high-temperature, high-pressure, and marine or industrial greases. This additive helps to ensure that the grease formulation provides both lubrication and anti-corrosion properties for various applications.

Price of Benzotriazole derivatives CSAIL T551:

The price of CSAIL T551 may vary based on factors such as the quantity, quality, and supplier's pricing strategy. To obtain accurate pricing information, it is recommended to contact a reputable supplier or manufacturer directly. When evaluating the cost, consider the efficacy of CSAIL T551 at enhancing protection and oil product stability, making it a valuable investment to prolong equipment life, reduce maintenance intervals, and ensure continued operational efficiency.

If you are looking for Benzotriazole derivatives CSAIL T551 or want to know more about the technical information, please feel free to contact UNPChemicals.

Chemical property of Benzotriazole derivatives CSAIL T551:

Technical parameters of Benzotriazole derivatives CSAIL T551: