Rotary Rheometer Rotational Rheometer Shear Rotational Rheometer High Efficiency Rotational Viscoelasticity Rheometer

Measurement Systems (selectable based on user sample):

Plate-Plate System: Suitable for samples with small particles.

Features: Small sample volume, non-uniform shear rate field distribution. Cone-Plate System: Suitable for samples without particles.

Features: Small sample volume, uniform shear rate field distribution. Coaxial System: Suitable for samples with or without small particles.

Features: Larger sample volume, non-uniform shear rate field distribution.

Other special rotors can be customized according to user requirements.

Temperature Control System:

1) Semiconductor Temperature Control System:

Temperature control range: -40-195℃ (at ambient temperature not exceeding 30℃) High precision: 0.01℃ resolution

Stability: +/-0.2℃

2) Electric Heating Temperature Control System:

Temperature control range: Room temperature~280℃ High precision: 0.01℃ resolution

Stability: +/-0.2℃

3) Ultra-low Temperature Control System:

Temperature control range: -117~100℃ High precision: 0.01℃ resolution

Stability: +/-0.2℃

Other temperature control systems:

Can be customized according to user needs.

Workstation (including Philips all-in-one computer)

Desktop system workstation, equipped with instrument operation and data analysis software, with 12 different languages to choose from. Features advanced functions such as stress-strain waveform display and multiple harmonic analysis.

With different temperature control modules and rotors, it can perform controlled stress testing, controlled strain testing, controlled speed testing, creep testing, oscillation testing (frequency, time, temperature, amplitude scanning), UV curing testing, powder rheology testing, ultra-high temperature testing, ultra-high pressure testing, normal stress testing, tensile testing, tribology testing, time-temperature superposition calculation,

stress relaxation testing, and user-defined modes.

With different plug-ins, it can be used in conjunction with infrared spectroscopy, Raman spectroscopy, and optical microscopy systems.

Measurable rheological parameters include: Elastic storage modulus (G')

Viscous loss modulus (G")

Complex modulus (G*)

Modulus-time function G(t)

Phase angle (G'/G'')

Steady-state shear viscosity (Eta) Dynamic complex viscosity (ETA*)

Shear rate, shear stress

Time-temperature

IRotary Rheometer Rotational Rheometer Shear Rotational Rheometer High Efficiency Rotational Viscoelasticity Rheometer