Newsletters
August 17, 2024•1 min read
Newsletter August 2025
For many researchers, analyzing foams under pressure remains a challenge, often requiring complex and costly laboratory ...
Latest Updates
News & Insights
Stay informed with the latest news, scientific papers, application notes, and events from Teclis Scientific.
21 articles found
Scientific Papers
March 10, 2024•8 min read
Breakthrough in Foam Stability Research Published in Nature
Teclis instruments contribute to groundbreaking research on foam stability mechanisms, published in Nature Materials.
Events
March 5, 2024•3 min read
Teclis Scientific at European Colloid & Interface Society Conference
Join us at ECIS 2024 in Barcelona where we'll showcase our latest innovations and present cutting-edge research.
Company
February 28, 2024•4 min read
Partnership with Leading Pharmaceutical Company Announced
Major pharmaceutical company selects Teclis instruments for their global research and development operations.
Scientific Papers
February 20, 2024•6 min read
New Application Note: Surface Tension in Food Emulsions
Comprehensive guide to measuring and optimizing surface tension in food emulsion systems for better product stability.
Newsletters
February 15, 2024•4 min read
FOAMSCAN™ Software Update: Enhanced Analysis Capabilities
Latest software update includes advanced foam characterization algorithms and improved user interface design.
Company
February 10, 2024•3 min read
Teclis Scientific Wins Innovation Award at Analytica 2024
Our RHEOSCAN™ Interface Rheometer recognized for outstanding innovation in analytical instrumentation.
Events
February 1, 2024•2 min read
Webinar Series: Advanced Interface Science Techniques
Join our monthly webinar series featuring expert presentations on cutting-edge interface science applications.
Application Notes
Invalid Date•5 min
How to measure the interfacial properties of solid oils with TRACKER™
TRACKER™ enables accurate surface-tension measurements of solidifying oils by heating syringe and needle to maintain liq...
Application Notes
January 1, 2023•4 min
Characterizing foams produced by an external device
FOAMSCAN™ analyzes foam from dispensers by quantifying liquid fraction and bubble-size distribution for hands-disinfecta...
Application Notes
January 1, 2023•6min
The influence of experiment settings on foaming capacity
Gas-flow rate, frit porosity, stirring speed, and liquid volume strongly influence foaming time and wetness in FOAMSCAN™...
Application Notes
January 1, 2022•5min
Standard error: five reasons you should check the drop profile
Residual-pattern analysis in TRACKER™ reveals non-Laplacian drops caused by vibrations, bubbles, dust, interfacial films...
Application Notes
January 1, 2023•5min
Interfacial Rheology: A Tool to Probe Interfaces
Oscillatory deformation reveals interfacial viscoelastic moduli, distinguishing surface-active interfaces from those wit...
Application Notes
January 1, 2023•5min
Impact of frequency, amplitude and concentration on interfacial viscoelastic modulus
Frequency, amplitude, and concentration govern interfacial elasticity and viscosity; E* varies with solicitation regime ...
Application Notes
January 1, 2023•3 min
Interfacial rheology: micro and macro illustrations
Interfacial viscoelasticity links molecular adsorption and macroscopic foam/emulsion stability; higher elasticity improv...
Application Notes
January 1, 2022•5 min
Dispersity: an indicator to classify the foam dissipation
Bubble-size dispersity distinguishes coarsening-driven foam decay from coalescence-driven decay in FOAMSCAN™ studies.
Application Notes
January 1, 2022•5 min
The deposition of a monolayer of phospholipids at the oil–water interface
Phospholipid monolayers at oil–water interfaces model emulsions and lipid droplets, governed by molecular packing and in...
Application Notes
January 1, 2022•5 min
How to control the surface pressure of an interface
Controlled compression/expansion with TRACKER™ adjusts surface pressure, enabling studies of monolayer packing, adsorpti...
Application Notes
January 1, 2022•5 min
How to determine the maximum surface pressure of a molecule
Compression–expansion cycles with TRACKER™ determine ΠMAX, identifying the pressure at which molecules desorb from inter...
Application Notes
January 1, 2022•5 min
How to determine the surface exclusion pressure of a molecule
Surface exclusion pressure (Πₑ) quantifies the upper limit allowing molecular insertion into lipid monolayers via adsorp...
Application Notes
November 14, 2022•1 min read
Using FOAMSCAN to characterize foams produced by any device
Discover how to use foamscan based on your needs
Stay Connected
Never Miss an Update
Subscribe to our newsletter for the latest news, product updates, and scientific insights.
We respect your privacy. Unsubscribe at any time.