Netherlands

TQC VF2074 immersion Viscosity Cup 5mm filter

SE
Viscosity cup, aluminium. DIN 53211 with fixed nozzle 5mm
$352.00/piece
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TQC sheen VF2074 Viscosity cupSPEC

TQC sheen VF2074 Viscosity cupDetails

TQC sheen VF2074 Viscosity cupPacking list

SKU
NB004721
flow hole diameter
5mm
Capacity
100ml
Applicable standards
Approximate DIN 53211
Cup body material
Titanium anodic oxidation aluminum
size
Maximum width 63mm; height 74mm; Total height 250mm
Weight
176~179g
Filter material
stainless steel
VF2074
Viscosity cup
Viscosity cup, aluminium. DIN 53211 with fixed nozzle 5mm
TQC VF2074 immersion Viscosity Cup 5mm filter Picture

TQC immersion Viscosity CupIntroduction

TQC immersion Viscosity Cup is a kind of Viscosity Cup is designed with a long handle on one side of the Viscosity Cup, it is very convenient to measure the viscosity of the coating, just need to carry the Viscosity Cup into the paint with one hand, fill it with the paint, lift it to measure the viscosity value, you can control the viscosity value determination well, and the accuracy is high. This TQC immersion Viscosity Cup is made of aluminum alloy, and the filter is made of stainless steel. TQC dipstyleViscosity cups are suitable for viscosity testing of most coatings,

rootThe TQC immersion Viscosity Cups are available in VF2071, VF2072, VF2073, VF2074, VF2075 and VF2077 with different filter diameters. The TQC immersion Viscosity Cup complies with DIN 53211 and is suitable for detecting viscosity values in coatings, inks and other industries.

TQC immersion Viscosity Cup

Parameters

ModelFilter diameterFlow timeViscosity range
VF20712mm

VF20723mm

VF20734mm25-150sec96-683cst
VF20745mm

VF20756mm

VF20778mm

Other parameters
Cup body materialTitanium anodized aluminum, 100cc
Spout and retainer materialstainless steel
Meets standardsApproximate to DIN 53211
weight176~179 grams
Maximum width63mm
height74mm
Total height250mm
typeDip/handheld

How to use:

1) According to the standard, the temperature of the liquid to be measured is 23 degrees Celsius, and the temperature fluctuation needs to be minimized and cannot exceed +/- 0.2 degrees Celsius during the test.

2) Adjust the temperature of the liquid to be measured if necessary.

3) According to the specification table and the expected viscosity range of the liquid to be measured, select the appropriate pore sizeTQC immersion Viscosity Cup.

4) WillThe TQC immersion Viscosity Cup slowly dips into the paint viscosity until the top edge of the cup is able to submerge.

5) Put a thermometer into the Viscosity Cup and measure the temperature of the test sample.

6) Remove the thermometer.

7) Hook the handle ring with your fingers to keep the cup vertical. Maintain a steady state and quickly lift the Viscosity Cup from the sample when TQCThe immersion Viscosity Cup leaves the surface of the test paint to start the timer. During the liquid flow process, the Viscosity Cup should be kept above the surface of the sample, no more than 15 cm.

8) Stop the timer when the liquid flow beam is interrupted for the first time.

Maintenance method:

1. It is especially important to clean the outflow hole to remove residue and avoid scratching its inner surface.

2. Although the Viscosity Cup is designed to be strong, it is a precision instrument and should not be dropped or impacted.

3. It needs to be cleaned after use.

4. Please use soft cloth to clean the Viscosity Cup, and do not use such as wire brush or sandpaper. This is because this can be caused by corrosive cleaning agentsLong-lasting damage.

5. Do not directly tap the spout when disassembling the spout. Use the pin rod supplied with the Viscosity Cup against the spout before tapping with a heavy object (e.g., a paperweight).

6. Before installing the cup spout, please make sure that the cup spout and Viscosity Cup are clean.

7. When not in use, please useTQC immersion Viscosity CupPut it back in the box.

8. We recommend calibration once a year.

9. RightTQC immersion Viscosity CupThe maintenance can ensure the accuracy of the experiment

Product detail drawing

TQC aluminum alloy immersion Viscosity Cup real picture 1

TQC aluminum alloy immersion Viscosity Cup real shot 2

TQC aluminum alloy immersion Viscosity Cup real shot 3

Real shot of VF2073 Viscosity Cup

Holland TQC Viscosity Cup automatic production process

Standardized production process of Dutch TQC Viscosity Cup

TQC Model Selection

Dutch TQC Viscosity Cup selection table 1

The maximum viscosity value and the minimum viscosity value of the TQC Viscosity Cup are .png

Take you to the Dutch TQC

Historical development of TQC company

TQC automatic production and strict quality control

TQC R&D team

FAQ
QI want to do a test about the JJG743 standard. Is this viscosity cup okay?
A Sure
QCoating viscosity measured by flow cup method, must be at the specified temperature? If not according to the specified viscosity will have any impact?
A Viscosity cup measurement generally has 3 variables, viscosity, outflow time and temperature. Temperature is specified in many viscosity measurement standards because temperature has a large impact on viscosity, and the change of viscosity with temperature may not be dominant, and any diluted material used to adjust viscosity may also change the rate of this change.
QExcuse me, why do you need to measure the viscosity in a constant greenhouse? Normal measurement does not work? I am a student, sorry.
A Coating viscosity is different with the amount of thinner, but also with the change of liquid temperature. The liquid temperature becomes higher, the viscosity decreases; the liquid temperature becomes lower and the viscosity rises. So when measuring Coating viscosity, it is necessary to measure the Coating liquid temperature at this time. That is to say, to adjust the viscosity, you need to consider both the amount of thinner addition and the liquid temperature.
Knowledge
Standard