See how surface science plays a crucial role in a broad spectrum of applications – most likely yours
Contact angle and surface tension for optimizing the wetting and adhesion between fibers and matrix …
Methods for optimizing the surface of ceramic materials and coatings
Contact angle and surface free energy as parameters for the structure of homogenous, functional wafer …
Contact angle and surface tension as parameters for optimizing soldering processes
Surface tension and contact angle for optimizing the protection and bonding of wood
Contact angle measurements for ensuring quality and the development of biocompatible materials
Contact angle and surface tension for optimizing the coating of functional textiles
Cleaning baths - Electroplating baths - Etching baths - Electrolytic metal refining
Surface tension measurement for testing the surfactant content in industrial wastewater and in the sewage …
Investigations into the wetting of immersion molds and into dispersion and emulsion stability
Speeding up a time-consuming process and optimizing calendering of electrodes with interfacial analytical …
Surface chemical optimization for optimum wetting, adhesion and sprayability
Interfacial technology for efficient oil field exploitation
Interfacial chemistry measuring methods for powder wetting and dispersion stability
Foam analysis methods for foam-producing liquids
Chemical interface measurements for protection, painting and bonding
Interfacial chemistry measuring methods for the research and development of surfactants and their technical …
Interfacial measurement techniques for characterizing wetting agents and checking for their concentration
Measurements for avoiding and inhibiting foam formation
Interfacial chemical analyses for the production and bioavailability of medicines
Surface characterization for body-compatible dental and bone prostheses
Methods for monitoring wetting, adhesion and cleaning
Interfacial chemistry measuring methods for mineral coatings and coated surfaces
Interfacial chemical support in the exploitation of crude oil and natural gas deposits
Optimization of the ink, the printing process and the substrate with surface science methods
Surface science methods to improve wetting, dispersion stability and foam prevention
Quality assurance by means of interfacial chemical investigations of moistening agents, inks and printing …
From spreading, adhesion, interfacial tension to the final functions of the finished coating
Methods of interfacial chemistry for creating new polymer materials
Interfacial chemistry measuring methods for the material behavior before and after setting
Optimization of cleaning and final coating using surface chemical methods
Measuring methods for the extraction of bitumen and its optimization as a building material
Surface science in wafer production and chip packaging
Contact angle measurement for optimizing the success of surface chemical modification
Contact angle measurements for determining wettability and adhesion
Optimization of flotation separation using interfacial chemical methods
Analyze foaming behavior, find causes, prevent disruptions
Contact angle as a measure for the effect of hair-care products
Measurement of interfacial tension for ensuring the quality of transformers
Contact angle and surface tension for the processing of metal surfaces
Contact angle and surface tension in glass cleaning and coating
Methods for measuring wetting and adhesion
Quality control of the interface chemistry of glass bonds and treated surfaces
Contact angle and surface tension for optimizing plastic coatings
Advanced methods for the investigation of cleaning and wettings agents, emulsifiers, foamers, and more
