Surfactants
high performance surfactantsfor droplet generation
FluoSurf-C™, FluoSurf-O™ and FluoSurf-S™ are high-performance fluorinated surfactants designed and optimized to stabilize aqueous droplets in fluorinated oils (proposed by Emulseo) for chemical or biotechnological applications. FluoSurf-C™, FluoSurf-O™ and FluoSurf-S™ are inert block copolymer designed to stabilize droplets containing biological entities. It is particularly suitable for droplet-based microfluidic experiment such as droplet digital polymerase chain reaction (ddPCR) or single cell analysis.
We provide surfactant-oil formulations diluted between 1% and 5%, available in volumes of 10, 20 and 50 ml, as well as neat formulations by the gram.
We can also supply customised solutions to meet your specific needs.
Please do not hesitate to contact us by clicking on the button below.
BENEFITS
Stability
Our surfactants allow the stabilization of droplets from 10 to 300 μm with a high generation frequency and keep droplets stable during heating cycles
Biocompatibility
Our surfactants are biocompatible and can be used to stabilize droplets containing biological entities
Purity
Using a well-established post-processing to remove impurities, our surfactants are obtained with high purity
Leakage control
Hydrophilic and hydrophobic molecules can be efficiently contained within droplets by eliminating leakage-related impurities
Reproducibility
Our surfactants production is perfectly reproducible. Each batch is tested for structure and performance following strict quality control specifications. A Certificate of Analysis is generated for each batch
Production of large volumes
Our capacity to produce in large quantities allows us to meet all your needs
IP freedom to operate
Intellectual property
FluoSurf-C™
FluoSurf-C™ is compatible with a wide range of applications.
FluoSurf-O™
Due to its low autofluorescence, FluoSurf-O™ is particularly efficient for the detection of fluorescent dyes, even at low concentrations
FluoSurf-S™
FluoSurf-S™ is particularly efficient for stabilizing droplets during thermocycling even in extreme conditions.