All website features may not be available based upon your cookie consent elections. Click here to update settings.
Branched alcohols
Exxal™ alcohols are isomeric branched, primary alcohols that contain both even- and odd-numbered hydrocarbon chains, ranging from C8 to C13. In general, there are two main types of structures in industrial alcohols:
- Linear (or straight-chain) molecules: obtained from synthetic or natural sources
- Branched chain alcohols: produced from propylene and butene
Our customers use Exxal alcohols to synthesize derivatives used in industrial applications:
They are also used as solvents or cosolvents for coatings, inks and metal extraction in mining.
Benefits
High-purity Exxal™ alcohols exhibit reactivity typical of higher primary alcohols. Thanks to their branched structure, Exxal alcohols offer many performance advantages to ethoxylates compared to linear alcohol-based ones:
- Low pour point – prohibits gel and wax formation, facilitates processing of alcohols and derivatives
- Biodegradability – all of our alcohols and their ethoxylates meet the OECD 301F readily biodegradable threshold for isomeric mixtures
- Superior wetting power of derived surfactants – excellent candidates for resource extraction and nonylphenol substitution
- Powerful solvency in coatings and inks, fully soluble in hydrocarbon fluids while enhancing their solvency power
- Wide viscosity ranges in synlubes
Industries and applications
Featured resources
View highlighted news, events, technical papers and case studies below. To see our full collection of resources, browse our
Library.
-
Safety, Health & Environment
We care for the safety of our employees and our customers.
Learn more
-
Regulations
The main regulations that are relevant to our products.
Learn more
-
70 years of Oxo innovation, enabling human progress
Today we're celebrating 70 years of Exxal™ alcohols and Jayflex™ plasticizers, and setting our sights on tomorrow.
Watch the video
-
Don’t see what you’re looking for? Check out Quick links to explore additional content.