What makes the Tensiio a modular tensiometer, and what does that mean?
The Tensiio is built on a modular platform, meaning measurement accessories and functional options can be added or exchanged to adapt the instrument to changing laboratory needs over time. Users can tailor the configuration — such as adding an ionizer, a high-resolution camera, or a built-in stirrer — without replacing the base unit, protecting the investment as analytical requirements evolve.
What measurement methods does the Tensiio support?
The Tensiio supports 16+ distinct analytical methods. These include the Du Nouy ring method and Wilhelmy plate/rod method for surface and interfacial tension, critical micelle concentration (CMC) determination, advancing and receding contact angle measurement, surface free energy calculation of solids, capillary force measurement on porous materials, liquid and solid density via buoyancy and immersion, sedimentation speed analysis, and drop pull-off adhesion testing.
How precise is the Tensiio’s force sensor and what measurement range does it cover?
The Tensiio uses a high-resolution force sensor capable of measuring from 1 to 2,000 mN/m. Its wide dynamic range allows it to measure both low interfacial tensions in liquid-liquid systems and the small wetting forces at single fibres — a capability that standard tensiometers in its class do not typically offer.
What temperature range can the Tensiio measure samples?
The Tensiio covers a measurement temperature range of -15°C to 300°C. Integrated temperature control operates between -15°C and 135°C, with the extended upper range available through optional accessories. The instrument includes a built-in stirrer with integrated temperature control, and sample temperature is recorded as a measurable result alongside surface chemistry data.
How does the Tensiio handle critical micelle concentration (CMC) measurement?
The Tensiio, when used with KRUSS ADVANCE software and the optional Micro Dispenser unit, automates CMC measurement by generating a concentration series without manual intervention. The software automatically calculates CMC parameters including excess concentration and molecular surface area, and can export results unattended.
Can the Tensiio measure the wettability of solids, fibres, and powders?
Yes. Beyond liquid surface tension, the Tensiio measures wetting behaviour on solid surfaces, fibres, and powders using the Wilhelmy method. It can determine contact angles on solid flat samples, measure wetting forces at single carbon fibres, calculate surface free energy components (polar and dispersive), and quantify capillary absorption forces on porous materials such as textile fabrics or pharmaceutical tablets.
What industries and applications is the Tensiio designed for?
The Tensiio is used across surfactant and emulsifier development, pharmaceutical wetting analysis, paint and varnish formulation, coating chemistry, cosmetic product development, textile and fibre processing, fibre-reinforced polymer manufacturing, battery electrode wetting, oil field enhanced recovery (EOR), pesticide formulation, and wastewater treatment monitoring. It also supports oil testing standards including ASTM D 971 and IEC 62961.
Can I have a demonstration of the Tensiio?
Yes, if a system is available. Contact us for a booking. We can arrange a personalised demo and test your samples within our lab facility in Sydney. Onsite free trials are also available. Contact us to get started.
