Trioctyl phosphate PSAIL 3680

Description

What is Tri-iso-octyl phosphate PSAIL 3680?

Tri-iso-octyl phosphate PSAIL 3680 is an advanced, ashless extreme pressure anti-wear additive featuring an optimized tri-iso-octyl phosphate molecular structure. This environmentally friendly additive delivers superior load-carrying capacity and exceptional hydrolysis stability while maintaining excellent extreme pressure (EP) performance. Engineered for modern lubrication requirements, PSAIL 3680 demonstrates remarkable compatibility with various base oils and additive systems, making it particularly valuable for formulating high-performance, eco-friendly lubricants. Its unique chemical structure provides balanced anti-wear and EP properties without compromising other critical lubricant characteristics. The product finds extensive application in hydraulic systems, compressors, and metalworking operations where reliable lubrication under demanding conditions is essential.

Features of Tri-iso-octyl phosphate PSAIL 3680:

Tri-iso-octyl phosphate PSAIL 3680 represents a significant advancement in ashless extreme pressure additive technology, combining exceptional performance with environmental responsibility. This innovative additive exhibits outstanding hydrolysis stability, maintaining its effectiveness even in high-moisture environments where conventional additives might degrade. Its molecular structure has been carefully engineered to provide superior extreme pressure performance and load-carrying capacity that rivals or exceeds traditional sulfur- and phosphorus-based additives, while remaining completely ashless. The product demonstrates remarkable thermal stability across a broad temperature range, ensuring consistent performance in both high- and low-temperature applications. Its excellent compatibility with mineral oils, synthetic base stocks, and other additive components allows for flexible formulation across diverse lubricant systems. Unlike many extreme pressure additives, PSAIL 3680 achieves its performance benefits without negatively impacting other critical lubricant properties such as oxidation stability or corrosion protection. The balanced friction modification characteristics contribute to improved energy efficiency in mechanical systems while maintaining reliable protection against wear and surface damage.

Functions of Tri-iso-octyl phosphate PSAIL 3680:

As a multifunctional additive, Tri-iso-octyl phosphate PSAIL 3680 delivers comprehensive protection for mechanical systems operating under demanding conditions. Its primary function as an extreme pressure additive creates protective surface films that prevent metal-to-metal contact during high-load operation, significantly reducing the risk of scoring and seizure. The anti-wear properties provide continuous protection for components during normal operation, extending equipment life and reducing maintenance requirements. A key advantage of PSAIL 3680 is its exceptional resistance to hydrolysis, which ensures stable performance in applications where moisture contamination is a concern, such as in many industrial hydraulic systems. The additive also contributes to improved energy efficiency through optimized friction modification, reducing power losses in mechanical systems while maintaining adequate protection. Beyond its tribological benefits, PSAIL 3680 enhances the overall stability of lubricant formulations, helping to maintain viscosity characteristics and prevent deposit formation over extended service intervals. The additive's environmentally friendly profile allows formulators to create high-performance lubricants that meet increasingly stringent ecological requirements without compromising on protection or durability.

Applications of Tri-iso-octyl phosphate PSAIL 3680:

The unique combination of properties makes Tri-iso-octyl phosphate PSAIL 3680 particularly valuable across a wide spectrum of industrial lubrication applications. In hydraulic systems, it provides reliable extreme pressure protection while resisting the hydrolytic breakdown that can plague conventional additives in moist environments. Compressor oils benefit from its balanced anti-wear and extreme pressure characteristics, which help protect critical components in both reciprocating and rotary compressor designs. Metalworking fluids formulated with PSAIL 3680 demonstrate improved tool life and better surface finishes due to its effective lubrication under the high pressures and temperatures generated during cutting and forming operations. The additive is especially important in the formulation of environmentally acceptable lubricants for sensitive applications such as forestry, marine, and agricultural equipment where both performance and ecological considerations are paramount. Industrial gear oils incorporating PSAIL 3680 show enhanced load-carrying capacity and wear protection in heavy-duty applications ranging from mining equipment to wind turbine gearboxes. The product's versatility also extends to specialized applications such as circulating oil systems, where its hydrolysis resistance helps maintain system cleanliness and component protection over extended service intervals. As industries continue to demand higher performance with lower environmental impact, PSAIL 3680 provides formulators with a technically advanced solution that meets these competing requirements.

Price of Tri-iso-octyl phosphate PSAIL 3680:

The current price of Tri-iso-octyl phosphate PSAIL 3680 may vary depending on numerous factors, including the supplier, quantity, and specific formulation requirements. For accurate and up-to-date pricing information, it is advisable to contact UNPChemicals directly. 

Supplier of Tri-iso-octyl phosphate PSAIL 3680:

If you are looking for Tri-iso-octyl phosphate PSAIL 3680 or want to know more about the technical information, please feel free to contact UNPChemicals.

Techspecs

Technical parameters of Tri-iso-octyl phosphate PSAIL 3680: