Ammonium thiophosphate complex esters (SPN)
PSAIL T307S is a multifunctional ashless additive with excellent extreme pressure performance, anti-wear performance, and outstanding chemical stability.
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Phosphate Amine Salt
Amine-neutralized butyl phosphate ester CAS:98679-19-7
PSAIL 3741 is an amine phosphate salt-based additive that provides combined extreme-pressure (EP) and anti-wear properties, alongside supplementary antioxidant protection. Its primary active substance is amine-neutralized butyl phosphate ester (CAS No.: 98679-19-7). Formulated for good compatibility with sulfur-containing additives, this product is extensively used in metalworking fluids to enhance lubrication under demanding machining conditions.
Product name: PSAIL 3741
Chemical name: Amine-neutralized butyl phosphate ester
Related products: RC 3741
Appearance: Yellow viscous liquid
Density (20℃, g/cm3): 0.96
Flash point (open cup, ℃): 150
Phosphorus content (%): 7.7
Nitrogen content (%): 3.3
Description
What is Amine-neutralized Butyl Phosphate Ester PSAIL 3741?
PSAIL 3741 is an additive built upon amine phosphate salt, delivering extreme-pressure (EP) and anti-wear performance together with auxiliary antioxidant capacity. Its core chemical component is amine-neutralized butyl phosphate ester (CAS No.: 98679-19-7). Developed to be compatible with sulfur-bearing additives, this product is widely incorporated into metalworking fluids to boost lubrication performance under tough machining scenarios.
Features of Amine-neutralized Butyl Phosphate Ester PSAIL 3741
Excellent EP & anti-wear performance: PSAIL 3741 delivers outstanding extreme-pressure and anti-wear properties, paired with secondary antioxidant benefits.
Good compatibility with sulfur additives: It exhibits good compatibility with sulfur-type additives, granting broad adaptability in different formula systems.
Improved machining results: This additive works well to lower friction and wear under high-load machining conditions, helping extend tool service life and achieve superior workpiece surface quality.
Functions of Amine-neutralized Butyl Phosphate Ester PSAIL 3741
Extreme-pressure protection: It acts as an extreme-pressure agent to avoid direct metal contact under heavy loads and mitigates wear during machining.
Auxiliary antioxidation: Offers antioxidative protection to prolong fluid service life.
Synergistic effect with sulfur additives: When combined with sulfur additives, it generates synergistic effects to elevate overall lubrication performance for heavy-duty machining processes.
Applications of Amine-neutralized Butyl Phosphate Ester PSAIL 3741
PSAIL 3741 is widely applied in metalworking fluids for medium to severe machining tasks, such as honing oils, grinding oils, broaching oils and deep-hole drilling oils. The recommended addition rate falls between 0.2% and 1.5%, subject to specific application demands. Thanks to its flexible formulation adaptability, it serves as a critical ingredient for formulations that demand reliable EP and anti-wear performance.
Price of Amine-neutralized Butyl Phosphate Ester PSAIL 3741
The price of Amine-neutralized Butyl Phosphate Ester PSAIL 3741 fluctuates based on order volume, product grade and supplier pricing policies. For precise quotation details, kindly reach out to trusted manufacturers or suppliers directly.
If you are sourcing Amine-neutralized Butyl Phosphate Ester PSAIL 3741 or wish to acquire further technical data, please do not hesitate to get in touch with FansChem.
Amine-neutralized Butyl Phosphate Ester PSAIL 3741 FAQ
Q1: What is Amine-neutralized Butyl Phosphate Ester PSAIL 3741 and its chemical composition?
A: PSAIL 3741 is an amine phosphate salt-based lubricant additive. Its main component is amine-neutralized butyl phosphate ester with CAS No.: 98679-19-7. It provides EP, anti-wear and auxiliary antioxidant performance for metalworking fluid formulas.
Q2: What are the main advantages of PSAIL 3741 in formulation?
A: It has excellent extreme pressure and anti-wear properties plus auxiliary antioxidation. It mixes well with sulfur-containing additives and creates obvious synergistic lubrication effects for heavy-duty machining.
Q3: What is the recommended treat level of PSAIL 3741?
A: The recommended dosage is 0.2% - 1.5% based on different end-use requirements. Lab compatibility test is strongly recommended before formal formulation blending.
Q4: What metalworking fluids can PSAIL 3741 be used in?
A: PSAIL 3741 is suitable for honing oils, grinding oils, broaching oils, deep-hole drilling oils and other metalworking fluids for medium and heavy machining operations.
Q5: What storage and handling precautions should I take for PSAIL 3741?
A: Store in cool, dry and ventilated warehouse, seal drums tightly. Avoid direct skin and eye contact. Please refer to the official MSDS for full safety instructions.
Q6: Where can I get TDS, SDS or quotation for PSAIL 3741?
A: Please contact FansChem technical-sales team directly to obtain complete TDS, SDS and commercial quotation.
Chemical property of Amine-neutralized Butyl Phosphate Ester PSAIL 3741:
| Item | Content |
|---|---|
| Description | PSAIL 3741 is an amine phosphate salt-based EP/Anti-wear additive with antioxidant effects. Typically formulated with sulfur additives, it is extensively applied in metalworking fluids. |
| Chemical name | Amine-neutralized butyl phosphate ester |
| CAS No. | 98679-19-7 |
| Highlights | Compatible with sulfur additives for wide application in metalworking fluids. Provides extreme-pressure (EP) and anti-wear performance with secondary antioxidant properties. |
| Treat level | 0.2-1.5% |
Technical parameters of Amine-neutralized Butyl Phosphate Ester PSAIL 3741:
| Item | Specification |
|---|---|
| Appearance | Yellow viscous liquid |
| Density at 20℃, g/cm3 | 0.96 |
| Viscosity at 40℃, mm2/s | 5428.1 |
| Flash point open cup, ℃ | 150.0 |
| Phosphorus content, % | 7.7 |
| Nitrogen content, % | 3.3 |
| Packaging | 50kg plastic drum or 200kg Steel drum (Net weight) |
| Storage information | Store in a cool, dry, well-ventilated warehouse. For more information, please refer to the relevant MSDS. |
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