Rheology Testing Lab

High performance research rheometers
High performance research rheometers

We provide a wide range of rheology testing services ranging from rapid “rheology snapshots” for obtaining a quick overview of key characteristics to comprehensive and revealing profiles focusing on specific aspects of a material’s behaviour.

Rheology, the study of the flow and deformation of matter, offers a great set of tools for anybody looking to characterise the flow, texture, appearance and handling characteristics of their products. The combination of structural characteristics, flow behaviour and viscoelasticity all combine to contribute to material attributes such as:

  • Skin feel, mouth feel and sensory attributes
  • Pumping, mixing and filling behaviours
  • Suspension and emulsion stability
  • Application and coating properties
  • Lubrication and adhesion
  • Atomization and spraying


A wide variety of rheology analysis methods exist. Some of the more commonly used measurements and metrics that we can deliver include:

  • Viscosity as a function of shear stress

    Just some of our huge range of measuring accessories
    A small selection of our huge range of measuring accessories including several custom-built attachments to enable us to meet highly-specific needs.
  • Viscosity as a function of shear rate
  • Viscosity as a function of temperature
  • Zero-shear viscosity measurements
  • Yield stress and yield strain measurements
  • Thixotropic breakdown rate
  • Thixotropic recovery rates
  • Elasticity under shear measurements
  • Structure rigidity, complex, storage and loss modulus
  • Phase angle and tan delta
  • Oscillatory stress and strain sweeps
  • Oscillatory frequency sweeps
  • Oscillatory temperature sweeps and cycles
  • Creep and recovery

Rheology testing is rapidly gaining ground as a critical technique for many product development, process design and quality control needs.

For more information on the applications of rheology testing take a look at our Articles and Case Studies or, for a quick overview go to: “What Can Rheology Do For You?”

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