Ammonium thiophosphate complex esters (SPN)
PSAIL T307S is a multifunctional ashless additive with excellent extreme pressure performance, anti-wear performance, and outstanding chemical stability.
Read MorePSAIL 3880 is an ashless anti-wear additive with excellent antioxidant properties. It can be used as a substitute for zinc dialkyldithiophosphate in the formulation of metalworking fluids and industrial oils that do not require metals such as zinc. In the field of metalworking,the combination of this product and sulfur carrier significantly enhances the surface finish of the workpiece and extends tool life.
Product name: PSAIL 3880
Chemical name: Amine dialkyldithiophosphate
Related products: RC 3880
Appearance: Yellow clarified liquid
Density (20℃, g/cm3): 0.94
Flash point (open cup, ℃): >130
Sulphur content (%): 10.5
Nitrogen content (%): 2.0
Amine Dialkyldithiophosphate PSAIL 3880 is a high‑performance ashless antiwear additive developed for modern industrial lubricant formulas. Its chemical name is amine dialkyldithiophosphate (CAS No.: 71888‑91‑0), and it acts as an advanced alternative to zinc dialkyldithiophosphate (ZDDP) for applications requiring metal‑free packages. This additive is specially developed to meet environmental and regulatory requirements restricting zinc and other heavy metals, while offering strong protection under severe working conditions. Its molecular structure contains phosphorus, sulfur segments and organic amine groups, granting good thermal stability and compatibility with many base oils and additive systems.
Ashless & metal‑free property: As an ashless additive, it avoids ash accumulation that harms machine efficiency, supporting cleaner operation and longer equipment service life.
Excellent oxidation resistance: It possesses remarkable oxidation resistance, greatly slowing oil deterioration at high temperatures and cutting sludge generation.
Direct ZDDP replacement: Being inherently metal‑free, it works as a flexible direct replacement for ZDDP in formulas where zinc is forbidden or unwanted.
Good synergy with sulfur‑containing additives: Besides, it shows excellent synergism with sulfur‑containing additives, boosting overall tribological performance without creating corrosive by‑products.
Hydrolytic stability & low foaming tendency: Its multi‑purpose structure also delivers good hydrolytic stability and low foaming tendency, giving formulators a dependable and easy‑to‑use option for sophisticated industrial lubricant systems.
Anti‑wear & extreme‑pressure protection: As an antiwear agent, it builds a robust tribofilm on metal surfaces to reduce friction and stop scuffing, scoring and micropitting under high‑pressure contact. Moreover, this additive improves extreme‑pressure (EP) performance for gear oils and greases, delivering stable protection under shock loads while keeping good compatibility with elastomers and seals.
Oxidation suppression: Its antioxidant capability interrupts free‑radical chain reactions, maintaining base oil integrity and viscosity stability even under long‑term thermal load.
Workpiece surface improvement: In metalworking systems, when blended with sulfur donors, it helps improve workpiece surface quality through controlled chemical polishing and reduces built‑up edge formation. Such synergistic effect can increase tool life by up to 30% according to field trials by lowering abrasive wear and thermal cracking.
Within metalworking fluids, it is essential for precision processes including broaching, deep‑hole drilling and high‑speed machining to improve surface finish and tool durability. It acts as a vital ingredient in specialty oils such as cutting fluids, grinding coolants and honing oils, especially for difficult‑to‑machine alloys.
Outside metalworking, this additive is widely used in zinc‑free industrial oils, covering hydraulic fluids (ISO VG 32–68), industrial gear oils (AGMA 4–8 EP) and compressor oils. Its ashless characteristic prevents valve and filter blockages.
It can also upgrade grease performance for mining and construction machinery, offering wear protection in centralized lubrication circuits.
For flexible formulation design, it can be combined with associated products like RC 3880 to customize solutions for industry‑specific challenges, covering auto manufacturing, aerospace part processing and heavy‑duty machinery operations.
The price of Amine Dialkyldithiophosphate PSAIL 3880 will change according to order volume, product grade and the supplier's pricing policy. For precise quotation details, you may reach out to reliable suppliers or manufacturers directly.
If you are sourcing Amine Dialkyldithiophosphate PSAIL 3880 or would like to obtain more technical data, please do not hesitate to contact FansChem.
Q1: What is Amine Dialkyldithiophosphate PSAIL 3880 and its main chemical composition?
A: PSAIL 3880 is a high‑performance ashless anti‑wear lubricant additive, chemical name is amine dialkyldithiophosphate (CAS No.:71888‑91‑0). It is designed as a metal‑free alternative to ZDDP for lubricant formulations with zinc‑free requirements.
Q2: What are the key physical‑chemical properties of PSAIL 3880?
A: PSAIL 3880 features ashless metal‑free composition, good thermal and hydrolytic stability, low foaming tendency, and prominent synergistic effect with sulfur‑containing additives. Please refer to official TDS document for complete physical‑chemical index parameters.
Q3: What benefits does PSAIL 3880 bring to lubricant formulations and what is its recommended dosage?
A: It replaces ZDDP for zinc‑free formulas, provides anti‑wear and extreme‑pressure protection, inhibits oil oxidation and sludge generation, improves workpiece surface quality and extends tool service life. Exact treat rate depends on end‑product formulation requirements. Lab compatibility test is strongly required before formal blending into finished products.
Q4: What end‑use products is PSAIL 3880 suitable for?
A: PSAIL 3880 applies to metalworking fluids for precision machining, zinc‑free hydraulic fluids, industrial gear oils, compressor oils and heavy‑duty industrial greases used in auto manufacturing, aerospace and mining‑construction sectors.
Q5: What are packaging and storage requirements for PSAIL 3880?
A: Store in a cool, dry and well‑ventilated warehouse. Keep drums properly sealed to maintain stable product performance.
Q6: What handling safety notes should I follow and where can I get TDS / SDS or quotation?
A: Avoid direct contact with skin, eyes and clothing. Follow standard industrial hygiene practices; always refer to official SDS/MSDS for full safety guidance. For complete TDS, SDS or commercial quotation, please contact FansChem technical‑sales team directly.
| Item | Content |
|---|---|
| Description | PSAIL 3880 is a non‑ashy anti‑wear additive with outstanding antioxidant properties. It can be used as a substitute for di‑alkyl dithiophosphate zinc and is employed in the formulation of metalworking fluids and industrial oils that do not require metals such as zinc. In the field of metal processing, PSAIL 3880 is combined with sulfur carriers. It can significantly enhance the surface finish of the workpiece and increase the tool life. |
| Chemical name | Amine dialkyldithiophosphate |
| CAS No. | 71888‑91‑0 |
| Highlights | Ashless anti‑wear additive with excellent oxidation resistance. Can be used as a substitute for ZDDP in the formulation of zinc‑free metalworking fluids and industrial oils. Often compounded with sulfur additives for use in metalworking applications. |
| Treat level | 0.4‑5.0% |
| Item | Specification |
|---|---|
| Appearance | Yellow clarified liquid |
| Density at 20℃, g/cm3 | 0.94 |
| Flash point open cup, ℃ | >130.0 |
| Phosphorus content, % | 5.0 |
| Sulfur content, % | 10.5 |
| Nitrogen content, % | 2.0 |
| Packaging | 50kg plastic drum or 180kg Steel drum (Net weight) |
| Storage information | Store in a cool, dry, well‑ventilated warehouse. For more information, please refer to the relevant MSDS. |
PSAIL T307S is a multifunctional ashless additive with excellent extreme pressure performance, anti-wear performance, and outstanding chemical stability.
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