xF - Products

The global solvents market has been estimated to be worth $35 billion according to a 2014 report by MarketandMarkets. Of that total, $4.3 billion (or 12%) is classified as Bio or Green solvents.

xF Technologies’ 408 family of products has solubility parameters and other chemical and physical properties that make for excellent cleaning solvents, extraction solvents, coalescers, diluents, compatibilizers, compounding agents and lubricants.

Cleaning Solvents

Methyl 408 Logo

MF Molecule

Ethyl 408 Logo

EF Molecule

Isopropyl 408 Logo

BF Molecule

One method of characterizing solvents is the Hansen Solubility Parameters (HSP), a popular tool for estimating whether a solvent will dissolve another material. The HSPs are based on dispersion forces, dipolar intermolecular force and hydrogen bonds between molecules. The following table lists petrochemical based solvents that can be replaced by 408s:

408 Cleaning Solvent Table

HSPs of several 408s were used to predict their applicability as cleaning solvents. Methyl 408 and Ethyl 408 were selected for a study, which was conducted by the Toxic Use Reduction Institute (TURI) at the University of Massachusetts. The study found both molecules to be very effective in cleaning solvents for applications such as dry cleaning and degreasing.

Short Chain 408 Product Properties

* predicted and extrapolated properties

Of particular interest is methylene chloride (DCM), a popular paint stripper that the EPA has identified with cancer risk concerns as well as short-term and long-term non-cancer risks for workers from the use of DCM-containing paint strippers. The TURI study indicated that Methyl 408 and Ethyl 408 will make a powerful, safe and nontoxic substitutes to DCM.

Methyl 408 and Ethyl 408 are also excellent substitutes for other common solvents such as n-propyl bromide, cyclohexanone, methyl ethyl ketone, methyl acetate and acetone for some applications.

The following images demonstrate the paint stripping application. Aluminum bars were painted with red acrylic paint and a comparison was completed between methylene chloride and a mixture of 84% Ethyl 408 and 16% ethanol. The bars were dipped in the solutions at 65°F and the paint removal was compared. The bars are shown in the figure below.

As can be seen, the Ethyl 408 blend was equally effective as methylene chloride at stripping the acrylic paint from the aluminum bars.

408 Cleaning Solvent

Processing Solvents

xF Technologies offers a range of processing and extraction solvents that may enhance the operation of existing processes. In addition to Methyl and Ethyl 408, some additional examples include Methoxy 408, Ethylene Glycol 408 and Ethyl Hexyl 408. These molecules are shown in the figures below. The 408 family is non-miscible with water.


Methoxy 408 

EG 408

EH 408