
Find Solutions for Your Tasks: Expert Reports on Surface Science Applications
Explore our collection of Application Reports and Technical Notes designed to overcome challenges in interfacial processes. Our reports provide real-world insights and proven approaches to optimize your processes. Each report showcases practical solutions, backed by science and tested in the field—making it easier for you to achieve reliable, high-quality results. Start browsing and discover how interfacial science can solve your application problems.
Application Reports
Report | Year | Title | English | German | Chinese |
AR301 | 2025 | Moving Beyond Cross Hatch: The Stood-Up Drop Technique as a New Route to Assess Coating Adhesion Correlating the dewetting angle with ISO2409:2020 test results |
en | de | cn |
AR300 | 2025 | Surface Tension and Wettability Analysis of Ink Formulations Using Static and Dynamic Methods Combining surface analysis methods for targeted ink optimization |
en | ||
AR299 | 2025 | Optimizing Shampoo Foam Analysis: A Comparative Study of Measurement Techniques Evaluating the effectiveness of sparging, Foam Flash, and Adapted Foam Flash |
en | ||
AR298 | 2025 | Measuring Wettability of Single Carbon Fibers Using a Tensiometer with a Regular High-Resolution Force Sensor Strongly increasing the wetting force at ultrathin fibers with a multiple-fiber sample holder |
en | de | cn |
AR297 | 2021 | Interfacial Rheology of Particle-Laden Interfaces Formation and stability of Pickering emulsions |
en | de | cn |
AR296 | 2021 | Predicting Coatability Contact angle and surface tension results as a basis for targeted development of coating formulations |
en | de | cn |
AR295 | 2020 | Wetting and Roughness – What to Do if Wenzel Does Not Work? How contact angle measurements and confocal microscopy can provide an empirical solution |
en | de | cn |
AR293 | 2020 | Improving the Reliability of Powder Contact Angles with the Washburn Direct Method and a Tool for Uniform Sample Preparation A reproducibility study based on measurements of the water wettability of microcrystalline cellulose powder |
en | de | cn |
AR291 | 2019 | Characterization of a Versatile Emulsifier for Low-Viscous Formulations and Liposomal Structures Interfacial analysis of the surfactant polyglyceryl-10 monooleate as part of a comprehensive product evaluation study |
en | de | cn |
AR290 | 2019 | Foam Stability and Foam Structure Under High Pressure for Tertiary Oil Production Foam analysis under pressure up to 35 MPa with a new measuring instrument |
en | de | cn |
AR288 | 2019 | From an Immiscible Water-Oil System to the Ultralow Interfacial Tension of a Microemulsion Determining IFT in a range of six decades with one and the same instrument |
en | de | cn |
AR287 | 2018 | Development of a Measuring Method for Characterizing the Surface of Pressure Sensitive Adhesives (PSA) Hydrophobic recovery and Wilhelmy measuring method with acrylic-acid-based products |
en | de | cn |
AR286 | 2018 | Determine How Clean Surfaces Are: Quickly and on the Go Optimizing residence times in cleaning baths |
en | de | cn |
AR285 | 2018 | Interfacial Rheology of Emulsifiers in Food Stability and sensory properties of emulsions and foams |
en | de | cn |
AR284 | 2017 | Determining the Wettability of Carbon Fiber Tows From Single Fiber Contact Angle Data A model for the acquisition of wettability data for challenging samples |
en | de | cn |
AR283 | 2017 | Benchmarking the Foaming Properties of a New, Mild Surfactant Formulation According to ASTM D 1173-07 Ross Miles foam analysis of polyaldoTM 10-1-CC compared to PEG-80 sorbitan laurate and decyl glucoside surfactants |
en | de | cn |
AR282 | 2017 | A Reliable Method for Monitoring the Aging and Performance of Cooling Liquids Used in Machining Processes Microbubbles and foaming behavior of fresh and used cooling liquids |
en | de | cn |
AR281 | 2016 | Characterizing Particle Size of Filler Materials Quickly and Easily Sedimentation measurements on calcium carbonate powders with a tensiometer |
en | de | cn |
AR280 | 2016 | Optimizing Flame Treatment of Polymer Surfaces Mobile contact angle measurements on glass fiber reinforced composite materials for automobile interiors |
en | de | cn |
AR279 | 2016 | Foam Behavior of Toothpaste Comparative analyses of the foamability and foam structure of dental care products |
en | de | cn |
AR278 | 2016 | Replacing the Solid Needle by a Liquid One when Measuring Static Contact Angles Comparison of the traditional solid needle dosing system and a novel pressure-based dosing system, a so-called Liquid Needle |
en | de | cn |
AR277 | 2015 | Surface Tension as a Basic Parameter for Controlling Drop Dispensing of Ophthalmic Solutions About the relationship between drop volume and surface tension |
en | de | cn |
AR276 | 2015 | Development of Customized Demulsifiers Interfacial rheological measurements on crude oil emulsions |
en | de | cn |
AR275 | 2015 | Comparison of the Foam Behavior of Different Types of Degassed Beer Analysis of the foamability, foam stability and foam structure of beer samples |
en | de | cn |
AR274 | 2015 | Foamability of Different Milk Types, and Stability and Structure of the Foam Produced Scientific milk foam analyses at different temperatures |
en | de | cn |
AR273 | 2014 | Ultralow Interfacial Tension in Enhanced Oil Recovery (EOR) Investigation of a biosurfactant for the environmentally friendly increase of the extraction yield |
en | de | cn |
AR272 | 2014 | Why Test Inks Cannot Tell the Full Truth About Surface Free Energy A comparative study between test inks and contact angle measurements in our laboratory |
en | de | cn |
AR271 | 2013 | Wettability of Carbon Fibers Using Single-Fiber Contact Angle Measurements – A Feasibility Study Single fiber wettability |
en | de | |
AR270 | 2012 | Investigating the Foaming Behavior of Cooling Lubricants and the Effect of Foam Inhibitors (Antifoams) Foamability and foam stability |
en | de | |
AR269 | 2011 | Investigating the Foam-Inhibiting Effect of Antifoaming Agents in Printing Lacquers Foamability and foam stability |
en | de | |
AR268 | 2011 | Kinetic Investigations Into the Effectiveness of Surfactants Dynamic properties of surfactants |
en | de | |
AR267 | 2010 | Foam Behavior and Foam Stability of Aqueous Surfactant Solutions Studies on the stability of foams |
en | de | |
AR266 | 2009 | Characterization of Microscopically Small Surfaces on Dental Implants by Using Contact Angle Measurements on Picoliter Drops Wetting behavior of dental implants |
en | de | |
AR265 | 2009 | Interfacial Rheology Measurements on an Oil/Water System with High-Viscosity Oils Interfacial rheology with high-viscosity oils |
en | de | |
AR264 | 2009 | Light Metal, but Difficult to Bond Optimizing the pretreatment of metal surfaces for bonding in vehicle construction |
en | de | |
AR263 | 2008 | No Chance for Wetness! Surface science for optimal wood protection |
en | de | |
AR262 | 2008 | The Effect of an Oxygen-Helium Atmospheric Plasma on the Surface Energy of Medical Plastics Surface energy improvement of medical plastics |
en | de | |
AR261 | 2007 | Surfactant Additives for Pesticide Formulations – Effects on Both Spray Atomization and Substrate Wettability Surfactant additives for pesticide formulations |
en | de | |
AR260 | 2007 | Optimizing Automotive Coatings – the Balancing Act Between Adhesion Energies, Interfacial Tensions, and Spreading Coefficients Optimizing automotive coatings |
en | de | |
AR259 | 2007 | In-Line Process Control with MobileDrop: Monitoring Cleaning Performance on Glass Surfaces Contact angle determination in process control |
en | de | |
AR258 | 2006 | How Effective Is Hot-Wax Treatment? Surface free energy measurement on automobiles |
en | de | |
AR257 | 2006 | Nanoparticle Surface Energy Determinations Smaller Particles – Smaller Problems Nano particles |
en | de | |
AR256 | 2006 | How Plastics Lose Their Hydrophobia Ozone treatment of polymer surfaces |
en | de | |
AR255 | 2006 | Methods for Wettability Determination on Hydrogels Hydrogel wetting |
en | ||
AR254 | 2006 | How Patient Is Paper? Paper wettability by water-based inks |
en | de | |
AR253 | 2006 | Correlation of Receding Water Contact Angle Data with Moisture Vapor Transmission Rate (MVTR) for Corona Treated Polypropylene Packaging Film Corona treated polypropylene packaging film |
en | ||
AR251 | 2006 | Upside Down: Surface Energy Measurement of Textiles by Captive Bubble Method Surface energy of textiles |
en | de | |
AR250 | 2005 | Effect of Temperature on the Surface Energy of Solids – Sometimes It Does Matter Effect of temperature on the surface energy of solids |
en | ||
AR249 | 2005 | Characterization of Liquid Foams by the Determination of Surface Rheological Properties of Surfactant Solutions Characterization of liquid foams |
en | ||
AR248 | 2005 | Interfacial Tension as a Predictor of the Completeness of Pore Wetting in Epoxy Resin Impregnated Non-Woven Glass Wetting in composite fabrication |
en | ||
AR246 | 2005 | Stretching Exercises for Drops Elongational rheology of interfaces as a method for characterizing surfactants |
en | de | |
AR245 | 2005 | The Role of Surfactants, Adhesion Energy and Interfacial Tensions in Fiber Coating Applications Coating of fibers |
en | ||
AR244 | 2005 | Landing on the Point or Characterization of Microscopically Small Surfaces by Means of Contact Angle Measurement Characterization of microscopically small surfaces |
en | de | |
AR243 | 2004 | Choosing a Corrosion Prevention Compound Surface science helping to preserve aeronautical equipment |
en | ||
AR240 | 2004 | Wettability of Swellable Nonwovens - Determination of Contact Angle Against Swellable Nonwoven Material Characterization of swellable nonwovens |
en | ||
AR239 | 2003 | Surface Energy Characterization and Adhesion Properties of High Viscosity Ink Pastes Characterization of viscous ink pastes |
en | ||
AR238 | 2003 | Contact Angle Measurement at High Temperatures Measuring the contact angle of slag melts on graphite and aluminum oxide carrier materials |
en | de | |
AR236 | 2003 | The Washburn “C” Factor for Characterization of Porous Coatings Characterization of porous coatings |
en | ||
AR235 | 2003 | Interfacial Tension and Wetting in Liquid-Liquid Separation Technology Interfacial tension under non-standard pressure conditions |
en | de | |
AR234 | 2003 | Determination of the Surface Free Energy of Electronic Components A method for evaluating their wetting and adhesive behavior with embedding compounds and adhesives |
en | de | |
AR232 | 2003 | Adhesion Energy and Interfacial Tension Two related coating/substrate interfacial properties |
en | ||
AR231 | 2003 | Assessing the Cleaning Ability of Aqueous Surfactant Solutions on Soiled Hydrophobic Textile Fabrics by Using Contact Angle and Surface Tension Measurements Cleaning of textiles |
en | de | |
AR230 | 2002 | The Contact Angle: Assessment of the Wetting Behavior of Coating Materials Characterization of dirt-repellent coatings |
en | ||
AR229 | 2000 | Contact Angle Measurements on Large Surfaces Contact angle measurements on large surfaces |
en | de | |
AR228 | 2002 | Characterization of Wettability and Surface Properties of Textile Fabrics and Fibers Wetting of textiles and fibers |
en | de | |
AR227 | 2002 | Phase Boundaries Under Pressure Enhanced oil recovery |
en | de | |
AR225 | 2001 | Mobile Characterization of Anti-Adhesive Properties of Sanitary Ceramics Characterization of anti-adhesive coatings |
en | ||
AR224 | 2001 | Dispersibility Predictions – Some Practical Examples Wettability tests for carbon black samples in different polymers |
en | de | |
AR223 | 2001 | Wetting and Adhesion of Hotmelts – Optimization Using Surface Tension Measurement at High Temperature Wetting and adhesion of hotmelts |
en | de | |
AR222 | 2000 | How Absorbent Are Diapers? | en | de | |
AR221 | 2000 | Wettabilities and Surface Tensions of Different Paper Types Characterization of coated papers |
en | ||
AR218 | 2000 | Optimization of Anti-Graffiti Coatings Based on Silicone-Hybrid Systems Protective polymer coating |
en | ||
AR215 | 2000 | Calculation of Diffusion-Coefficients From the Maximum Bubble Pressure Experiment for Pure n-Alkyl-β-D-Glucosides Diffusion coefficient of surfactants |
en | ||
AR213 | 2000 | Two-Component Surface Energy Characterization as a Predictor of Wettability and Dispersability Predicting the dispersability of particles |
en | ||
AR212 | 1999 | Fountain Solutions for Offset Printing Fountain solutions for offset printing |
en | ||
AR211 | 1999 | Surface Characterization in Biomedical Engineering Surface characterization in biomedical engineering |
en | ||
AR210 | 1999 | Measuring Surface Tension and Critical Micelle Concentration on Cationic Surfactant Solutions Characterization of cationic surfactants |
en | ||
AR208 | 1999 | Contact Angle Measurement of Spice Oil on Powder Carrier Systems Wettability of powder |
en | ||
AR207 | 1998 | Applications of Sessile-Drop and Pendant-Drop Techniques in Offset Printing Technology Characterization of an offset printing process |
en | ||
AR206 | 1996 | Contact Angle Determinations by the “Straw” Method and Packed Cell Method Good alternatives to arduous single fiber contact angle experiments |
en | ||
AR205 | 1996 | Membrane Wettability Studied using the KRÜSS Force Tensiometer – K100 |
en | ||
AR204 | 1996 | Synergistic Aspects of Surfactant Mixtures The anionic surfactant sodium dodecyl sulfate and the cationic surfactant dodecyl trimethylammonium bromide |
en | ||
AR203 | 1995 | The Effects of Ageing on the Properties of Soybean Based Cooking Oils An Example of the Application of Dynamic Tensiometry to Problems that Cannot Be Solved by Static Tensiometry |
en | ||
AR202 | 1995 | Surface Tensiometry as a Technique for the Study of Polymer/Surfactant Interactions in Solution Aqueous solutions of non-ionic polymers and non-ionic surfactants |
en | ||
AR201 | 1995 | Critical Micelle Concentration as a Function of Head Group Size for Alkyl Alcohol Ethoxylates Characterization of surfactants |
en | ||
AR101 | 1994 | Evaluating Silicone Hair Treatments Wetting of single hair samples |
en |
Technical Notes
Report | Year | Title | English | German |
TN319 | 2018 | Dosing Falling Drops with a Defined Volume for Contact and Roll-Off Angles Exact repeatability thanks to software-based generation of drops |
en | de |
TN318 | 2017 | Inline Process Control of Wettability by Means of Contact Angle Measurement on Moving Surfaces The fast Liquid Needle dosing technique and a flexible software interface pave the way for integrated quality testing |
en | de |
TN317 | 2012 | Inclination to Know-How Roll-off or sliding angle and dynamic contact angles |
en | de |
TN316 | 2010 | Determining the Surface Tension of Liquids by Measurements on Pendant Drops Pendant drop measurements |
en | de |
TN315 | 2008 | Custom-Made Models: From Contact Angle to Surface Free Energy Practical contact angle measurement (5) |
en | de |
TN314 | 2008 | Measuring with Method – but with Which One? Practical contact angle measurement (4) |
en | de |
TN313 | 2007 | The Eye Also Measures Practical contact angle measurement (3) |
en | de |
TN312 | 2007 | Measurement with Nicely Deposited Drops Practical contact angle measurement (2) |
en | de |
TN311 | 2007 | With Care to Accuracy: Preparations and General Conditions for Contact Angle Measurements Practical contact angle measurement (1) |
en | de |
TN310 | 2004 | Effect of Drop Volume on Static Contact Angles | en | |
TN308 | 2004 | Rings Are for Fingers – Plates Are for Surface Tension Force tensiometry with ring and plate |
en | |
TN307 | 2004 | Considerations Before Making Non-Equilibrium Surface Tension Measurements Dynamic surface tension of liquids |
en | |
TN306 | 1999 | So You Want to Measure Surface Energy? A tutorial designed to provide basic understanding of the concept of solid surface energy, and its many complications |
en | |
TN303 | 1996 | A Practical Comparison of the Techniques Used to Measure Contact Angles for Liquids on Non-Porous Solids Comparison of Wilhelmy and sessile drop technique |
en | |
TN302 | 1996 | Wettability Studies for Porous Solids Including Powders and Fibrous Materials Washburn measurements on porous solids |
en | |
TN301 | 1995 | Avoiding Contamination when Performing Automated Critical Micelle Concentration Experiments A guideline for obtaining proper results |
en |