Brookfield CAP1000 Viscometer
Brookfield Cap1000 Viscometer
Being an Largest Importers of Brookfield Products in India since 2005. Brookfield products are mostly & widely used for everyday in various Industries, Reaserach and Developments, Manufacturing Companies, Universities and for Research applications. Over a long period of time DFT Tech have been established as reliable Suppliers ,Importers and Stockists of Brookfield All Range of Products in India, catering to the huge industry markets in Chennai, Bangalore, Coimbatore, Tiruchy, Madurai, Pune, Hyderabad, Ahemdabad, Calcutta, Mumbai, Delhi, Sri City, Ambattur, Sri Perumputhur and etc...
Apart from that we are supplying our Brookfield products in India through dealers network, catering to a variety of customers ranging from Atomic energy, Defence Installations, Research Laboratories, Educational Institutes and various Research and Development laboratories of leading national and multinational companies.
We DFT Tech, CAP1000 Viscometer Authorized Distributors, Importers, Stockists, Dealers and Suppliers of CAP1000 Viscometer Products in Chennai, Bangalore, and etc..
Brookfield CAP1000 Viscometer
The CAP 1000+ Viscometer is a compact, heavy-duty instrument that is ideal
for fast, easy, repetitive testing on the production floor or in the QC lab
Small sample size is a plus, along with integrated temperature control built
into the sample plate.
FEATURES & BENEFITS
Quick single point test
Choice of shear rate. Standard speeds include 750 and
900 rpm to provide shear rate at 10,000 sec-1.
Rapid temperature control with built-in Peltier element in sample plate
Meets Industry Standards: ASTM D4287, ISO 2884 and BS 3900
Rugged design can handle production environment
Small Sample Size, < 1 mL, Simplifies Testing
Easy to Clean
Customizable options
Parallel printer output
LET US HELP YOU CONFIGURE THE CAP 1000+ TO PROVIDE A SIMPLE,
SINGLE POINT, VISCOSITY TEST
Specify one speed or shear rate if this is re quired for your method.
Indicate viscosity range.
Select the temperature range that best suits your application:
5°C to 75°C or 50°C to 235°C
Choose from 10 spindles for multiple viscosity ranges
Brookfield will help choose the appropriate instrument configuration.
What's Included
Instrument
Choice of Torque Range
-Standard Torque (ICI Specification) 181,000 dyne· cm
-Low Torque: 7,970 dyne· cm
Choice of One Cone Spindle
Choice of Temperature Control (L or H)
| Viscosity Range cP(mPa·s) | SPEEDS | |||
| MODEL | Min. | Max. | RPM | Number of Increments |
| CAP 1000+ | See chart below | 900/750 | 2 | |
M=1 million K=1 thousand cP=Centipoise mPa·s=Millipascal·seconds
| Viscosity Range* cP(mPa·s) (CAP01 – CAP05) | |||||
| MODEL HIGH TORQUE | Cone Spindle: CAP-01 Sample Volume: .67 μ L Shear Rate (sec-1): 13.3N | Cone Spindle: CAP-02 Sample Volume: .38 μ L Shear Rate (sec-1): 13.3N | Cone Spindle: CAP-03 Sample Volume: .24 μ L Shear Rate (sec-1): 13.3N | Cone Spindle: CAP-04 Sample Volume: .134 μ L Shear Rate (sec-1): 3.3N | Cone Spindle: CAP-05 Sample Volume: .67 μ L Shear Rate (sec-1): 3.3N |
| 1000+ @750rpm | .25-2.5 | .5-5 | 1-10 | 2-20 | 4-40 |
| 1000+ @900rpm | .2-2 | .4-4 | .8-8 | 1-16 | 3-33 |
| 1000+ @400rpm | .375-4.6 | .75-9.3 | 1.5-18.7 | 3-37.5 | 6-75 |
| Viscosity Range* cP(mPa·s) (CAP06 – CAP10) | |||||
| MODEL HIGH TORQUE | Cone Spindle: CAP-06 Sample Volume: .30 μ L Shear Rate (sec-1): 3.3N | Cone Spindle: CAP-07 Sample Volume: .1700 μ L Shear Rate (sec-1): 2.0N | Cone Spindle: CAP-08 Sample Volume: .400 μ L Shear Rate (sec-1): 2.0N | Cone Spindle: CAP-09 Sample Volume: .100 μ L Shear Rate (sec-1): 2.0N | Cone Spindle: CAP-10 Sample Volume: .170 μ L Shear Rate (sec-1): 5.0N |
| 1000+ @750rpm | 10-100 | N/A | N/A | N/A | N/A |
| 1000+ @900rpm | 8-83 | N/A | N/A | N/A | N/A |
| 1000+ @400rpm | 15-187 | 78-7.81* | 3.13-31.3* | 12.5-125* | 1-10* |
μL=microliter K=1 thousand P=poise 1Pa·s=10 poise N=RPM
e.g. Cone Cap-01 13.3 x 10 (rpm)=133 sec-1
†Special speed instrument.
*Maximum speed recommended with this spindle is 400 rpm. Viscosity range indicated is for operation at 400 rpm.
Note: Viscosity ranges shown above are for illustration. The exact range will depend upon instrument configuration.
