Brookfield propeller rotor

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Overview

Product Details

When the rotor is immersed in the sample, the structural damage of the sample is minimized
Maintain the suspended state of sample particles during measurement
When used in conjunction with software, viscosity data for complete rheological curve analysis can be obtained
Information about yield behavior can be provided at low speeds
The length and size ratio of the paddle rotor comply with industrial standard requirements
A set of standard rotors has 3 units (V-71, V-72, and V-73), which can cover a large measurement range

TORQUE	SHEAR STRESS	VISCOSITY RANGE
SPINDLE	RANGE	RANGE(Pa)	cP(mPa*s）
V-71	NOT RECOMMENDED FOR USE ON LV TORQUE
V-72	LV	.188-1.88	104.04-1.04K
V-73	LV	.938-9.38	502-5.02K
V-74	LV	9.38-93.8	5.09K-50.9K
V-75	LV	3.75-37.5	1.996K-19.96K
V-71	RV	.5-5	262-2.62K
V-72	RV	2-20	1.11K-11.1K
V-73	RV	10-100	5.35K-53.5K
V-74	RV	100-1K	54.3K-543K
V-75	RV	40-400	21.3K-213K
V-71	HA	1-10	524-5.24K
V-72	HA	4-40	2.22K-22.2K
V-73	HA	20-200	10.7K-107K
V-74	HA	200-2K	108.6K-1.086M
V-75	HA	80-800	42.6K-426K
V-71	HB	4-40	2.096K-20.96K
V-72	HB	16-160	8.88K-88.8K
V-73	HB	80-800	42.8K-428K
V-74	HB	800-8K	434.4K-4.344M
V-75	HB	320-3.2K	170.4K-1.704M
V-71	5xHB	20-200	10.48K-104.8K
V-72	5xHB	80-800	44.4K-444K
V-73	5xHB	400-4000	214K-2.14M
V-74	5xHB	4K-40K	2.172M-21.72M
V-75	5xHB	1.6K-16K	852K-8.52K

Note: 1.1Pa=10dyne/cm ² 2. This viscosity range is obtained at a speed of 10RPM, and the 3.5xHB torque is the highest effective torque

M=1 million K=1 thousand Pa=Pascal cP=Centipoise mPa·s=Millipascal·seconds