Used test instrumente

SCHOTT Ubbelohde viscometer with hanging ball level, No. III, 100 - 1000 mm²/s

Item: Ubbelohde Viscometer (Measuring device for determining the kinematic viscosity (viscosity) of liquids) Design/Size: Capillary III, Constant: 0.989 Measuring principle: The flow time of a defined volume of l...

SCHOTT Cannon-Fenske Viscometer Capillary 150, 7...35 cSt

Condition: Original packaging, good condition, slight contamination from the old packaging foam Measurement principle: The flow time of a defined volume of liquid is proportional to its viscosity The viscometer i...

SCHOTT Viscometer 19102 Capillary II 10-100 cSt with temperature control jacket

Item: Viscometer (measuring device for determining the kinematic viscosity (viscosity) of liquids) Design/Size: 10...100 mm²/s Capillary II, 0.01918 for determining viscosity Measurement principle: The flow time ...

KPG viscometer according to Cannon-Fenske, Schott, No. 150, K: 0.03696 & 0.02656 (riser viscometer)

Item: Cannon-Fenske Viscometer (Measuring device for determining the kinematic viscosity of liquids) Measurement principle: The flow time of a defined volume of liquid is proportional to its viscosity. The viscom...

Ostwald viscometer from Apotheke Brand No. I, 45 sec.

Features for manual relative measurements. Labeled "No. I, 20-75 sec."

SCHOTT Ubbelohde Viscometer 50130 Capillary III 100-1000 cSt

Item: Ubbelohde Viscometer (measuring device for determining the kinematic viscosity of liquids) Design/Size: 100...1000 mm²/s for determining kinematic viscosity Condition: Original packaging, good condition, sl...

SCHOTT Cannon-Fenske Viscometer 52033 Capillary 550, 500...2500 cSt

Condition: Original packaging, good condition, slight contamination from the old packaging foam Measurement principle: The flow time of a defined volume of liquid is proportional to its viscosity The viscometer i...

SCHOTT Ubbelohde viscometer 53630 Capillary III 100-1000 cSt

Item: Ubbelohde Viscometer (measuring device for determining the kinematic viscosity of liquids) Design/Size: 100...1000 mm²/s for determining kinematic viscosity Condition: Original packaging, good condition, sl...

Capillary viscometer "P1

Manufacturer Type: Measuring principle: The flow time of a defined volume of liquid is proportional to its viscosity. The viscometer is only suitable for measuring Newtonian fluids, as the shear rate is fixed and...

SCHOTT Ubbelohde viscometer 53630 Capillary III 100-1000 cSt

Item: Ubbelohde Viscometer (measuring device for determining the kinematic viscosity of liquids) Design/Size: 100...1000 mm²/s for determining kinematic viscosity Condition: Original packaging, good condition, sl...

Viscometer according to Ostwald, Schott, No. III, 0.5mL

Item: Ostwald Viscometer (measuring device for determining the kinematic viscosity of liquids) Measurement principle: The flow time of a defined volume of liquid is proportional to its viscosity. The viscometer i...

Gardner Bubble Viscometer V-Z & Z1-Z5) 627-9850 mm��/s

• Manufacturer: Gardner

Design/Size: Sizes V to Z plus Z1-Z5 (627-9850 cSt (=mm²/s)) Measurement principle: Bubble viscometers are used to quickly determine the kinematic viscosity of known liquids such as resins and paints. Features: F...

SCHOTT Viscometer "2" Capillary 0.1798

Condition: Original packaging, good condition, slight contamination from the old packaging foam Measurement principle: The flow time of a defined volume of liquid is proportional to its viscosity The viscometer i...

SCHOTT Micro Ubbelohde Viscometer 53623 Capillary IIc 12-180 cSt

Item: Ubbelohde Viscometer (measuring device for determining the kinematic viscosity of liquids) Design/Size: 12...180 mm²/s for determining kinematic viscosity Condition: Original packaging, good condition, slig...

TA Instruments ARES Classic Rheometer Optical Couette 708.01442 & Parallel Plate for OAM 708.01439 Accessories

• Manufacturer: TA Instruments

TA Instruments ARES Classic Rheometer Optical Couette 708.01442 & Parallel Plate for OAM 708.01439 Accessories Used and in good condition Images form part of the description