Fatty Acid Chlorides

Fatty acid chlorides are used in the pharmaceutical, agrochemical, specialty chemical, plastic, food and beverage, and cosmetic markets as intermediates in the development of complex final products. To best serve our customers, VanDeMark develops custom fatty acid chloride solutions that meet the exact requirements of their industry and application. We use compliant custom chemical processes, synthesis, R&D, and plant scale production to develop custom fatty acid chlorides ranging from simple, low-molecular-weight compounds to long-chain fatty acid chlorides.

Contact our team today to learn more about our fatty acid chlorides.

Additional Information About Our Fatty Acid Chloride Offerings

View VanDeMark’s custom fatty acid chloride offerings below. For each material, you can view a Technical Data Sheet (TDS) for more detail.

Fatty Acid Chlorides
Product CAS Number TDS
2-Methylbutyryl chloride 57526-28-0 Download
3-Chloropropionyl chloride 625-36-5 Download
4-Chloropropionyl chloride N/A Contact Us
5-Chloropropionyl chloride N/A Contact Us
Acryloyl chloride 814-68-6 Download
Cyclohexanecarbonyl chloride 2719-27-9 Download
Isobutyryl chloride 79-30-1 Download
Isononanoyl chloride 36727-29-4 Download
Isovaleryl chloride 108-12-3 Download
Methacryloyl chloride 920-46-7 Download
n-Butyryl chloride 141-75-3 Download
n-Octanoyl chloride 111-64-8 Download
Oleoyl chloride 112-77-6 Download
Valeroyl chloride 638-29-9 Download

For Critical Custom Fatty Acid Chlorides, VanDeMark Delivers Required Expertise

The synthesis of acid chlorides — and fatty acid chlorides — with phosgene has been a significant focus for VanDeMark, where our work shows the reaction to be fast, clean, and exceptionally efficient. Through experimentation with a variety of chlorination catalyst systems, we can fine-tune our syntheses to meet the requirements of our customers and deliver high-quality acid chlorides produced in a safe, environmentally friendly way.

With expertise and a commitment to compliance, our team is ready to devise an optimal pathway to the intermediate you require.