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Non-Ionic Surfactants · Non-Ionic Surfactants

Fatty Acid Methyl Ester Ethoxylates FMEE

Low-foaming, fast-rinsing methyl ester ethoxylate for industrial and hard surface cleaning, made by direct ethoxylation.

Fatty Acid Methyl Ester Ethoxylates FMEE identification panel showing model code, chemistry family and the grade it is positioned against

Product Overview

FMEE is a non-ionic surfactant made by ethoxylating fatty acid methyl ester directly over a special catalyst, rather than going through a fatty alcohol. Against alcohol ethers it dissolves in water far faster, foams less and breaks foam quicker, and solubilises grease more strongly. Skin irritation is comparable to APG or amino acid surfactants, biodegradation is good, and it costs less than the alcohol ether it replaces.

Key Benefits

  • Dissolves in water very quickly, so it is easy to blend into liquid products
  • Low foaming with fast defoaming, which is what industrial cleaning needs
  • Strong grease solubilising power for hard surface cleaning
  • Mild: irritation comparable to APG or amino acid surfactants
  • Good biodegradation and a mild odour, at a lower price than alcohol ethers

At A Glance

Chemistry
RCO(EO)nOCH3
Family
Non-Ionic Surfactants
Category
Non-Ionic Surfactants
Appearance reference
Colourless or pale yellow liquid
Product Images

What It Looks Like

Three glass reagent bottles holding pale yellow FMEE surfactant
FMEE as supplied: a colourless to pale yellow liquid.

Who It Is For

  • Industrial and institutional cleaner formulators
  • Liquid detergent producers
  • Personal care formulators looking for a mild non-ionic

Problems It Solves

  • Foam that slows down rinsing in machine and spray cleaning
  • Alcohol ethers dissolving too slowly on the blending line
  • Needing mildness without paying APG prices

Application Scenarios

  • Liquid detergents
  • Hard surface cleaning agents
  • Pesticide emulsification
  • Oil phase mediation
  • Personal washing products

Technical Features

  • Made from fatty acid methyl ester by direct ethoxylation over a special catalyst
  • Registered as a national key new product in its home market
  • PEG content 95 +/- 5%
  • Water content at or below 0.5% and saponification value at or below 1.5
Specification

Typical Data And Dosage

Typical values are indicative of the product and are not release specifications. Figures are reproduced from the manufacturer data sheet.

ComponentRCO(EO)nOCH3
AppearanceColourless or pale yellow liquid
PEG95 +/- 5%
Water content0.5% maximum
Saponification value1.5 maximum
Packing200 kg drum
TransportNon-dangerous goods

Use Guide

  • Add directly to the water phase; it dissolves quickly with normal agitation.
  • Avoid long exposure during storage so quality is not affected.
  • Store and transport as non-dangerous goods in the 200 kg drum it ships in.
  • Where a formulation currently uses an alcohol ether, start by matching on active content and then adjust for the lower foam.

Quality Control On Your Side

  • Measure foam height and collapse time against the incumbent surfactant
  • Check grease removal on the actual soil, not on a standard test soil
  • Confirm skin compatibility data before using in personal care
Comparison

How It Compares With The Alternatives

Technical comparison against other ways of solving the same problem. Nothing here is a performance claim against a named commercial product.

Alcohol ether AEOFaster water solubility, lower foam, faster defoaming and stronger grease solubilising, at a lower price.
APGComparable mildness at a lower cost.
NP seriesA fatty acid methyl ester backbone with no alkyl phenol chemistry.

Customisation And Supply

  • Packing as published on this page; other pack sizes are confirmed per order
  • Technical data sheet and, where available, safety data sheet supplied by email on request
  • Tailor-made products can be discussed; send the property you need and the system it goes into
  • Shipped from Tianjin, China by sea or air
Questions

Fatty Acid Methyl Ester Ethoxylates FMEE Questions

How is FMEE different from an alcohol ether?
It is made by ethoxylating fatty acid methyl ester directly rather than a fatty alcohol. In use it dissolves faster, foams less, defoams faster and solubilises grease more strongly.
Is it mild enough for personal washing products?
The source data states irritation is comparable to APG or amino acid surfactants and lists personal washing supplies among the applications.
What packing is standard?
200 kg drums, shipped as non-dangerous goods.
What are the published specification figures?
PEG 95 +/- 5%, water content at or below 0.5%, and saponification value at or below 1.5.

Request Fatty Acid Methyl Ester Ethoxylates FMEE

Send your system type, pigment loading and required quantity. A quotation and the full data sheet come back by email.