Discover our selection of Tensiometers
BPA-1S Bubble Pressure Tensiometer$1
The BPA-1S Maximum Bubble Pressure Analyzer is the choice for very short adsorption times.
Drop and Bubble Micromanipulator DBMM-1 for PAT-1 Tensiometer$1
The Drop and Bubble Micromanipulator is designed for the study of direct interaction between drops or bubbles.
Drop and Bubble Shape Optical Tensiometer PAT-1$1
The Drop and Bubble Tensiometer PAT-1 uses a modern optical method to measure the dynamic Surface Tension and Interfacial Tension of liquids, 0.1 s resolution over a period of seconds up to days.
The instrument is supplied with a computer controlled dosing system.
Drop Bubble Profile Analysis Tensiometer PAT-2$1
Economical Drop and Bubble profile Analysis Tensiometer for the measurement of Surface Tension and Interfacial tension of liquids, equipped with a manual dosing system.
Drop Pressure Module DPA-1 for PAT-1 Tensiometer$1
This Drop Pressure module is dedicated to measurements of Dynamic Interfacial Tensions of liquids.
Drop volume Analyzer for Dynamic Surface Tension and Interfacial tension of liquids$1
The DVA-1 Drop Volume Tensiometer is a classical method to measure the surface and interfacial tension of liquid.
Foam stability and lifetime Analyzer FA-1S$1
The Foam Analyzer FA-1S for the study of foam drainage and foam stability under strictly defined conditions.
Interfacial Shear Rheometer ISR-1$1
The ISR-1 Interfacial Shear Rheometer allows the measurement of interfacial shear elasticity and viscosity of layers between two fluids (liquid/liquid or liquid/gas).
Module for Contact Angle measurement$1
The CA-1 is a modular extension of the PAT-1 Drop Bubble Shape Tensiometer for contact angle measurements.
Oscillating Drop and Bubble Analyzer ODBA-1 for PAT-1 Tensiometer$1
Oscillating Drop and Bubble Analyzer for dilational elasticity and viscosity determination
Ring and Plate Tensiometer TensioCAD$1
The TensioCAD is a semi-automatic Du Noüy Ring and Wilhelmy Plate Tensiometer for the measurement of Surface Tension and Interfacial Tension.