Supercritical Fluid Extractor offers research-grade operation.

Press Release Summary:

Used to investigate application of supercritical fluid techniques to various analyses and processing situations, SFT-150 integrates waterless chilling technology that eliminates external cooling baths. Back pressure regulator enables precise CO2 flow control, and modular design allows altering basic configuration to suit application. Stainless steel vessel can contain supercritical fluids at pressures up to 10,000 psi, and system may be configured with hand-tight, 100 ml to 2 L sample vessels.

Original Press Release:

SFT-150 Supercritical Fluid Extraction and Processing System

Applications:  •Â  Pharmaceuticals   •Â  Foods   •Â  Neutraceuticals   •Â  Polymers Chemistry

•Â  Cleaning    •Â  Reaction Chemistry

Supercritical Fluid Technologies, Inc. introduces a new generation of the SFT-150 Supercritical Fluid Extraction (SFE) System. Developed to investigate the application of supercritical fluid techniques to various analyses and processing situations, the SFT-150 SFE is a full capability, research grade extractor. The SFT-150 is a versatile SFE, providing an excellent platform for process development. 

A new and important upgrade to the SFT-150 is our fully integrated waterless chilling technology to cool the CO2 liquid prior to pumping  (patent pending). External cooling baths are no longer required.  Another system improvement is our newest, robust back pressure regulator for very precise CO2 flow control.

The SFT-150 SFE’s modular design makes it easy and cost effective to alter the basic configuration, adapting it to meet new or evolving application needs. The SFT-150’s stainless steel vessel is capable of containing supercritical fluids at pressures up to 10,000 psi. The SFT-150 may be configured with hand-tight sample vessels ranging in capacity from 100 ml to 2 liters. Vessels are user interchangeable for maximum versatility. In addition, an optional co-solvent module can be added to the SFT-150.

The SFT-150 System pressurization is accomplished by an air regulator which controls the amount of air supplied to the pump, providing precise “dial in” pressure control. Through the application of heat directly to the pressure vessel and the use of an internal temperature sensor, the system’s PID temperature controller is able to provide precise temperature control while giving an accurate temperature readout.

For more information, please call us at 302-738-3420 or visit us on-line at

Supercritical Fluid Technologies develops innovative solutions for demanding separation and material processing needs. With nearly two decades of experience, SFT provides cutting-edge equipment and custom solutions for high quality separations and processing.  SFT collaborates with Fortune 500 businesses, major universities, government research centers and smaller specialized organizations worldwide to advance research in supercritical fluid separation, reaction chemistry and high pressure applications.

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