TECHNICAL FEATURES
Principal Attributes & Advantages : Precise Measurement Of Torque: The torque to maintain the rotation of spindle at a certain speed is measured by the viscometer. Viscosity is a function of how much the fluid resists flowing, and that relationship can be quantified by P0. Spindle 0 is ideal for low viscosity fluid testing as it is made for low torque.
Sturdy and Corrosion-Resistant Material: Constructed of hardened alloys or stainless steel, Spindle 0 deliver superior corrosion resistance and longevity even when exposed to aggressive chemicals, solvents and liquids. So, even under constant use in the industrial sector, this feature ensures that the spindle life is also extended.
Consistent Performance: The spindle design provides consistent and repeatable results. Its advanced engineering design ensures low errors in torque so that it is one of the lowest-torque instruments for measuring viscosity of low-viscosity fluids not possible with conventional spindles.
Wide Compatibility: Spindle 0 is compatible with many viscometer ( Fungilab viscometer, Brookfield series etc. When used with additional rotational System, flux analysis is range on different kind of fluids in laboratory and industrial environments or research facilities It provides flexibility for Different Liquid Testing to be analyzed together.
Simple to Install and Replace: Due to its design, the spindle is easy for you to install and remove from viscometer. This minimizes the downtime under critical test conditions, because you can easily perform routine maintenance and exchange spindles without any special equipment or expertise.
Low Viscosity Range: The original spindle 0 has a low range for high viscosity (i.e. water, thin oil and some chemicals). For more 'light' viscous fluids (for which would be difficult to measure with higher viscosity spindles), the spindle surface also yields an accurate viscosity measurement.
Upkeep and Attention
Cleaning After each reading cycle: Particularly with testing different fluids, Spindle 0 should be cleaned after every use. Be careful not to scratch the spindle with harsh brushes or cloths and wear-free cleaning agents.
Inspection: The spindle may service longer if inspecting wear or corrosion after exposure to heavy chemicals.
Storage: Keep the spindle in dry, clean place where it can be protected from dust, dirt, and moisture in order to avoid deterioration of performance.
APPLICATIONS
VIDEO
FAQ
A spindle is the rotating part used in a viscometer to measure fluid viscosity by resistance during rotation.
Correct spindle selection ensures accurate, stable and repeatable viscosity readings.
Choose based on your sample’s viscosity range and ensure torque stays within recommended limits.
No — different spindles are designed for low, medium, and high viscosity fluids.
You may get fluctuating, inaccurate, or overloaded readings.
Yes — proper spindle choice directly impacts measurement accuracy.
Yes — most rotational viscometers allow interchangeable spindles for different tests.
Clean spindles after each use and store them safely to prevent damage and contamination.
