Friction Modifiers
Alcohol amine esters of long-chain fatty acids FMET T3
CAS No.: 61790-67-8
FMET T3 is a nitrogen-containing, ester-based ashless friction modifier that significantly reduces the friction coefficient of oil products. It is compatible with all synthetic and mineral engine oils and does not contain SAPS (sulfonate ash, phosphorus, sulfur). It can improve the fuel economy of the formula and simultaneously reduce the usage amount of ZDDP. The ester structure of FMET T3 ensures its compatibility with other additives.
Product name: Alcohol amine esters of long-chain fatty acids FMET T3
Similar products: ARMOLUBE T
Chemical name: Mixed esters generated by the reaction of special long-chain fatty acids with polyol amines
Appearance: Yellow clarified liquid
Flash point closed cup (℃): 125
Base number (mgKOH/g): 80
Nitrogen content (%): 2.12
Description
What is Alcohol amine esters of long-chain fatty acids FMET T3:
FMET T3 is a nitrogen-containing, ester-based ashless friction modifier designed to significantly reduce the friction coefficient in oil products. It is compatible with both synthetic and mineral engine oils, and is formulated without sulfonate ash, phosphorus, or sulfur (SAPS), making it an environmentally friendly option for lubricants. The ester structure of FMET T3 also ensures it is highly compatible with other additives, enhancing the overall performance of the lubricant formulations.
Feature of Alcohol amine esters of long-chain fatty acids FMET T3:
Ashless Composition: FMET T3 is free of ash-forming elements like sulfonates, phosphorus, and sulfur, ensuring that it does not leave harmful deposits or increase wear.
Ester-Based Structure: The ester-based formulation guarantees excellent compatibility with a wide range of other additives, enhancing the stability and performance of lubricants.
Low Friction Properties: FMET T3 significantly reduces the friction coefficient of lubricants, improving efficiency and reducing energy loss in engines and machinery.
Fuel Economy Improvement: Its inclusion in formulations can lead to better fuel economy by improving the lubrication efficiency and reducing friction-related losses.
Reduced ZDDP Usage: By reducing friction and wear, FMET T3 can help decrease the need for traditional anti-wear additives like ZDDP (Zinc Dialkyl Dithiophosphate).
Functions of Alcohol amine esters of long-chain fatty acids FMET T3:
Friction Reduction: FMET T3 is primarily used to reduce friction between engine parts, resulting in less wear, lower energy consumption, and improved efficiency in mechanical systems.
Enhancing Lubricant Performance: By improving the friction-reducing properties, FMET T3 enhances the overall performance of engine oils and other lubricants, contributing to smoother operation.
Fuel Economy Improvement: The friction reduction helps improve fuel efficiency, which is crucial for meeting fuel economy standards and reducing operating costs.
Wear Protection: FMET T3 aids in reducing wear and tear on engine parts by minimizing direct metal-to-metal contact, thus extending the lifespan of the engine.
SAPS-Free Composition: Its SAPS-free formulation ensures that it does not contribute to harmful deposits or exhaust emissions, making it an environmentally friendly choice.
Applications of Alcohol amine esters of long-chain fatty acids FMET T3:
Engine Oils: FMET T3 is commonly used in both synthetic and mineral engine oils, where its friction-reducing properties can help improve engine efficiency and performance.
Transmission Fluids: It is suitable for use in automatic or manual transmission fluids, where friction reduction is crucial for smooth gear shifts and overall transmission performance.
Fuel Economy Formulations: Its ability to enhance fuel economy makes FMET T3 ideal for use in formulations targeting improved fuel efficiency in both passenger vehicles and commercial fleets.
Automotive and Industrial Lubricants: FMET T3 can be used in a wide range of automotive and industrial lubricant applications, including greases, where its performance benefits can help reduce friction and improve longevity.
Sustainability-Oriented Products: With its SAPS-free nature, FMET T3 is particularly useful in formulations that prioritize environmental sustainability, meeting stringent regulations on emissions and deposits.
Price of Alcohol amine esters of long-chain fatty acids FMET T3:
The price of Alcohol amine esters of long-chain fatty acids FMET T3 can vary depending on the manufacturer, the quality of the product, and the quantity being purchased. To obtain accurate pricing information, it is recommended to consult with us, request a quote.
If you are looking for Mixed esters generated by the reaction of special long-chain fatty acids with polyol amines FMET T3 ashless friction modifier or want to know more about the technical information, please feel free to contact UNPChemicals.
Techspecs
Chemical property of Alcohol amine esters of long-chain fatty acids FMET T3 ashless friction modifier:
Description | FMET T3 is a nitrogen-containing, ester-based ashless friction modifier that significantly reduces the friction coefficient of oil products |
Chemical name | Mixed esters generated by the reaction of special long-chain fatty acids with polyol amines |
Chemical structure | 61790-67-8 |
CAS No. | - |
Treat level | 0.5-1.5% |
Highlights | Excellent friction reduction performance, helping to enhance fuel economy. Does not contain sulfur, phosphorus, and sulfated ash. Non-corrosive and has good compatibility with other additives. Good synergistic effect with organic molybdenum friction modifiers. |
Technical parameters of Alcohol amine esters of long-chain fatty acids FMET T3 ashless friction modifier:
Item | Specification |
Appearance | Yellow clarified liquid |
Density at 20℃, g/cm3 | 0.91 |
Viscosity at 40℃, mm2/s | 47 |
Flash point closed cup, ℃ | 125 |
Acid number, mgKOH/g | 2 |
Base number, mgKOH/g | 80 |
Nitrogen content, % | 2.12 |
Packaging | 50kg plastic drum or 180kg steel drum (Net weight) |
Relative products | ARMOLUBE T |
Storage information | Store in a cool, dry, well-ventilated warehouse. For more information, please refer to the relevant MSDS. |
