Spain

Fungilab ViscoBall falling ball viscometer Viscosimeter

SE
Viscosity range 0.5~ 100,000mPa · s, Temperature range -20 ℃ to 120 ℃, Repeatability better than 0.5%, Comparability better than 1%, Material 1, 2, G ball, Borosilicate Glass.
Model:
Certificate

Fungilab ViscoBall falling ball viscometerSPEC

Fungilab ViscoBall falling ball viscometerDetails

Fungilab ViscoBall falling ball viscometerPacking list

SKU
NB035210
Viscosity range
0.5~100,000mPa·s
Temperature range
-20 ℃ to 120 ℃
Repeatability
Better than 0.5%
comparability
Better than 1%
material
1, 2, G ball, Borosilicate Glass
ViscoBall
falling ball viscometer
Viscosity range 0.5~ 100,000mPa · s, Temperature range -20 ℃ to 120 ℃, Repeatability better than 0.5%, Comparability better than 1%, Material 1, 2, G ball, Borosilicate Glass.
Fungilab ViscoBall falling ball viscometer Viscosimeter Picture

Introduction to the device

Accurate measurement of viscosity of transparent Newtonian fluids and gases

● Application: It can accurately measure the absolute viscosity of transparent Newtonian fluids and gases, and can be used as a reference instrument. Under the accurate temperature control system of the circulator, its measurement accuracy is well-known among all viscometers

● Principle: The rolling of the ball in the sample liquid is timed in an inclined cylindrical measuring tube. The viscosity of the specimen is related to the time it takes for the ball to travel a defined distance. The measuring tube can be flipped over to take another measurement

● Test results: given in mPas units of dynamic viscosity specified in the national standard

Applications

● Chemical industry (polymer solutions, solvents, inks)

● Industry (raw materials, glycerin)

● Food industry (gels, sugar solutions)

● Mineral oil industry (oils, liquid carbohydrates)

 

Features

· High precision

· Easy to operate

· Precise ball return to run, thus minimizing test time

· The sample is sealed in a test tube during the measurement, and there is no external influence

· The ball diameter is different, and the measurement range is different

Technical Indicators

· Viscosity range: 0.5-100,000mPa.s(cP)

· Temperature range: -20°C to 120°C

· Repeatability: Better than 0.5%

· Comparability: Better than 1%

· Material: 1, 2, G spherical borosilicate glass

Materials: No. 1, 2, G spherical borosilicate glass, No. 3 and No. 4 spherical iron-nickel alloy, No. 5 and No. 6 spherical stainless steel

Measuring range

Ball numberMeasuring range (mPa.s)
10.6-10
27-130
330-700
45,800-10,000
5800-10,000
66,000-7,500

Scope of application

It is mainly used to accurately measure the viscosity range of liquid and gas viscosity samples in Newtonian mechanics, and has a good application in research fields, production monitoring, and quality control.


The main applications are:


*Mineral oil industry (oils, liquid hydrocarbons)


* Food industry (syrup, honey, beer, milk, colloids, fruit juices)


*Chemical industry (polymer solvents, solutions, resins, rubbers, additives)


*Cosmetics / Industrial (raw materials, glycerin, latex, suspended solids, solvents, extracts)


*Petroleum industry (natural oil, engine oil, crude oil)


*Fuel (gasoline, diesel, paraffin)



*Paper industry (emulsions, pigment dispersions, pulp additives)


* Paints and varnishes (inks, varnishes, water paints, inks)


*Detergents (lotions, detergents, surfactants)


FAQ
QThe cavity outside the blue liquid is for the thermostatic liquid, right?
A The blue liquid is a sample, a small glass tube. Between the small glass tube and the large glass tube is a temperature control medium guided by a water bath. It can be water or oil.
QIs this a Thermostatic bath or does it have its own heating?
A With water bath
QFungilab ViscoBall falling ball viscometer, do I need to connect a power supply when using it?
A No power required.
QHow are the results of this Viscometer compared?
A The test results are given in mPas, the unit of dynamic viscosity specified in the national standard
QWhat is the principle of this falling ball viscometer?
A The rolling of the ball in the sample liquid is timed in an inclined cylindrical measurement tube. The viscosity of the sample is related to the time it takes for the ball to pass through a defined distance, and the measurement tube is flipped to make another measurement
Knowledge
Standard