Fullbrook Systems
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BROOKFIELD process viscometers


RHEOLASER non intrusive micro rheology


KEMTRAK turbidimeters and photometers NIR


TURBISCAN Stability analysers


DISPERMAT basket mills dispersers and bead mills


KREIS DISSOLVERS and basket mills


Powerwise ink pumps and filters


Novomatics  - instruments for the printing industry

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ASTM D7061-04 – for Measuring n-Heptane induced phase separation of  Heavy Fuel Oils
Fullbrook Systems are exhibiting at Chemistry in the Oil Industry XIII
4-6 November 2013 Manchester conference centre
More.... Turbiscan Home. Turbiscan Range. Applications.
Turbiscan Online  - TOL
Specifications
·
Range: 0-35 cP min 0-2000 cP max
·
Output: 0-15 psig to solvent valve; 3-15 psig linear signal proportional to viscosity to receiver gauge and optional recorder
·
Input Air: 20-22 psig regulated input; 3 scfm consumption max.
·
Flow: Sample chamber requires 1 gpm max.
to improve process efficiency and product quality of emulsification, crystallization, polymerisation, precipitation, dissolution, and homogenisation processes
·
 0 to 60% v/v concentration
·
 0.1 to 5,000 microns particle size.
How it works
Multiple light scattering analysis of concentrated dispersions
The optical sensor consists of a pulsed near-infrared light source and two synchronous detectors:
 ° The transmission detector monitors light transmitted through the product;
 ° The backscattering  detector receives light backscattered by the product.
 The optical sensors acquire
transmission and backscattering signals as fast as every 0.1 seconds (0.1 to 10 seconds) and these signals are digitized by a current to voltage converter. The results are then displayed by the Turbiscan OL software indicating real time changes in transmission and backscattering intensities.
Designed for laboratory, pilot plant and production applications, the TurbiScan On-line monitors processes for real time characterization of concentrated dispersions.
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