AMETEK BROOKFIELD
ASCOTT ANALYTICAL EQUIPMENT LTD
ATP ENGINEERING BV
BINDER GmbH
BUCKLEYS (UVRAL) LTD
COATMASTER
DAKOTA ULTRASONICS
DEFELSKO CORPORATION
FORMAT MESSTECHNIK GmbH
HACH LANGE
HANGON
HANNA INSTRUMENTS FRANCE
HILDEBRAND
KERN & SOHN GmbH
LABOMAT ESSOR
LAUDA
LENETA COMPANY
MITUTOYO FRANCE
Q-LAB CORPORATION
RHOPOINT INSTRUMENTS
RK PRINT COAT INSTRUMENTS Ltd
SIGMUND LINDNER GmbH
TABER INDUSTRIES
TAYLOR HOBSON LIMITED
TESTO
TQC BV
VEOLIA WATER STI
VERIVIDE
WALLACE
X-RITE EUROPE GMBH

Apple juice is consumed as a drink.
Instrument:
• Viscometer or Rheometer
• Spring torque range: LV
• Spindle: YULA-15E
• Enhanced UL Adapter (ULA-EY),
• Programmable refrigerated bath TC-650SD
• Speed: 50, 75 and 100 rpm
The enhanced UL adapter can be used with various Brookfield viscometers or rheometers. In our example, we used a Brookfield DV3TLV, with RheocalcT software for automated instrument control and data acquisition. Our test temperatures of 4 ° C and 25 ° C were maintained by direct immersion of the sample chamber of the enhanced UL adapter in a TC-650SD programmable refrigerated bath. Representative data from the analyzes are presented in Figure 1.

The graph in Figure 1 shows relatively constant viscosities at 4 ° C (blue data: 2.5 cP) and 25 ° C (red data: 1.4 cP) over the speed range tested. This type of flow behavior is called "Newtonian". The graph also shows that the viscosity of apple juice is higher at 4 ° C than at 25 ° C. Increasing the temperature generally decreases the viscosity of a given substance.
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