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TRUIT TR 1008/8 ISO cup Viscosity Cup φ8.0mm

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The measurement range is 600~2000cst, the outflow aperture is φ8.0mm. It is made of anodic oxidation aluminum, and the nozzle is made of stainless steel.
$125.00/piece
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TRUIT TR 1008 / 8 ISO CupSPEC

TRUIT TR 1008 / 8 ISO CupDetails

TRUIT TR 1008 / 8 ISO CupPacking list

SKU
NB043180
Flow hole diameter
F8.0mm
Viscosity range
600~2000cst
Volume
108ml
Cup material
High quality aluminum alloy (anodic oxidation)
Nozzle material
High quality stainless steel
TR 1008 / 8
ISO Cup
The measurement range is 600~2000cst, the outflow aperture is φ8.0mm. It is made of anodic oxidation aluminum, and the nozzle is made of stainless steel.
TRUIT TR 1008/8 ISO cup Viscosity Cup φ8.0mm Picture

Introduction

The ISO standard Viscosity Cup is a common flow time cup used to measure the viscosity of liquids. It follows the standards of the International Organization for Standardization (ISO), ensuring the accuracy and comparability of measurement results. The ISO standard Viscosity Cup consists of a cylindrical cup with a specific aperture and shape, with graduation marks on the cup to measure the flow time of the liquid. In the test, liquid is poured into the cup, then the spout is opened, and the time it takes for the liquid to flow out of the cup is recorded. Viscosity values can be calculated from the measurement time and specific formulas according to ISO standards. Different ISO standard Viscosity Cups have different hole diameters and standard numbers to meet the liquid measurement needs of different ranges and viscosity grades.

TR 1008 series ISO outFlow Cups are designed in accordance with GB/T 6753.4 and ISO 2431 standards. They are used to measure the viscosity of inks, paints, paints and other Newtonian or near-Newtonian liquids. The time required to flow out of the hole is used to evaluate the viscosity of the material. TR 1008 series has a variety of aperture specifications to choose from.

TR 1008/8 ISO Viscosity Cup is a desktop Viscosity Cup with a caliber of 8mm, the measuring viscosity range is 600~2000cst, and the volume is 108ml.

Features

  • Cup material: high-quality aluminum alloy (anodized)

  • Mouth material: high quality stainless steel

Series specification parameter table

order numberOutflow aperture (mm)Measuring range (cst)
TR 1008/3φ3.07~42
TR 1008/4φ4.035~135
TR 1008/5φ5.091~325
TR 1008/6φ6.0188~684
TR 1008/8φ8.0600~2000
FAQ
QThe laboratory needs to measure inks of different viscosities, how to choose the type?
A It is recommended to match multiple TR 1008 series cups according to the viscosity range. For example, TR 1008/4 measures low viscosity inks from 35 to 135cst, TR 1008/6 measures medium viscosity from 188 to 684cst, and TR 1008/8 measures high viscosity from 600 to 2000cst. This combination ensures Measurement accuracy because different pore sizes correspond to different viscosity ranges to avoid errors caused by too short or too long outflow time.
QWhy choose aluminum alloy viscosity cup?
A TR 1008 series uses anodic oxidation aluminum alloy because of its light weight, corrosion resistance and uniform heat conduction, which can keep the liquid temperature stable. With stainless steel nozzle wear resistance and deformation, to ensure that each outflow aperture is consistent, measurement results are more reliable. Suitable for daily testing of chemical samples such as coatings and inks.
QI want to measure the viscosity of the paint, about 800cst, which ISO cup should I choose?
A It is recommended that you use the TR 1008/8. Measurement range is 600~ 2000cst, which exactly covers the 800cst you mentioned. This 8mm aperture ISO cup is specially designed for medium and high viscosity coatings. The stainless steel nozzle ensures stable Flow velocity and more accurate measurement results.
QWe need to measure inks of different viscosity in our laboratory. How should we choose the model?
A You can choose according to the ink viscosity range: TR 1008/3 for low viscosity (7-42cst), TR 1008/4 for medium and low viscosity (35-135cst), TR 1008/5 for medium viscosity (91-325cst), TR 1008/6 for medium and high viscosity (188-684cst), and TR 1008/8 for high viscosity (600-2000cst). Measurement accuracy can be guaranteed by selecting according to viscosity classification.
Knowledge
Standard