Testing Services

Testing Services

Surface Energy, Wetting & Interfacial Characterization

Surface energy, wetting, dispersion behavior, coating adhesion drivers, surface/interfacial tension, dynamic contact angle, and density characterization. Elect Nano uses this capability as part of application-driven materials programs where test setup, sample format, and data interpretation need to match the end-use requirement.

Capabilities

  • Surface tension measurement
  • Interfacial tension measurement
  • Dynamic contact angle measurement
  • Density measurement
  • Temperature-dependent wetting workflows
  • Surface energy and wetting characterization for liquids, dispersions, coatings, fibers, powders, and treated surfaces

Equipment and Methods

KRUSS K100C Force Tensiometer

Features

  • Surface tension measurement
  • Interfacial tension measurement
  • Dynamic contact angle measurement
  • Density measurement
  • Force-based surface science characterization
  • Useful for liquids, dispersions, coatings, inks, surfactants, treated surfaces, fibers, powders, and wetting studies

Accessories and configurations

  • ADVANCE surface/interfacial tension software module
  • Du Nouy ring accessories
  • Wilhelmy plate accessories
  • Temperature control jacket
  • External temperature sensor
  • Fireproof sample vessels
  • Digital recirculating bath, -20 C to +170 C
  • Pt plate
  • Small sample vessel adapter

Applicable standards and internal methods

  • ASTM D971: Interfacial tension of oil against water by ring method
  • ASTM D1331: Surface and interfacial tension of solutions of paints, solvents, solutions of surface-active agents, and related materials
  • ASTM D1417: Surface tension of synthetic rubber latices
  • ASTM D724: Surface wettability of paperWhere applicable to substrate wetting studies
  • ISO 304: Surface active agents determination of surface tension by drawing up liquid films
  • ISO 1409: Polymer dispersions and rubber latices determination of surface tension
  • ISO 19403 series: Paints and varnishes wettability, surface free energy, and related surface propertiesWhere applicable
  • Internal Method: Surface energy, wetting, interfacial characterization, and temperature-dependent wetting workflows

Material sample review

Discuss Surface Energy, Wetting & Interfacial Characterization.

Share the material, sample geometry, target property, and application context so Elect Nano can define a practical testing or development path.