INDUSTRIAL SOLIDSIZER™ PARTICLE ANALYSIS SYSTEM

50 um – 2,400 um Particle size analysis range.  This system is designed for on-line use to determine particle size, shape and distribution, thereby eliminating the need for sieve analysis.

Related ASTM Standards:
• D8200 – Standard Practice for Creating a Correlation to Compare Particle Size Distribution Results of Proppants by Dynamic Imaging Analysis and Sieves. (D18.26)
• D8392 – Standard Practice for Calibration and Verification of Direct Imaging Analyzers Used for Particle Size and Shape Analysis of Catalytic Materials (D32.02)
• E2589 – Terminology Relating to Non-Sieving Methods of Powder Characterization. (E29.02)

Related ISO Standards:
• 9276-6 Representation of results of particle size analysis – Part 6: Descriptive and quantitative representation of particle shape and morphology.

Canty participates in the referenced ASTM subcommittees (D18.26, D32.02 and E29.02) in order to develop useful standards for imaging analyzers. Although the referenced standards are often particular to a type of particle, they can be generalized for use with many types of particles.
ISO9276-6 is widely used to describe shape parameters and provide corresponding formulae for calculation of values.

Related products
INFLOW™ TURBIDITY MEASUREMENT SYSTEM
INFLOW™ TURBIDITY MEASUREMENT SYSTEM

Turbidity analysis using a high resolution CCD/CMOS image sensor that detects turbidity changes in fluids by measuring the transmittance of light. Using advanced software algorithms the system automatically removes gas bubbles from the analysis resulting in highly accurate and repeatable data outputs. This system is designed for inline use with varying pressures, temperatures, and pipe diameters.

INFLOW™ PARTICLE SIZING SYSTEM
INFLOW™ PARTICLE SIZING SYSTEM

0.7 um – 4800 um Particle size analysis range for inline real time information.  This system is designed for inline use with varying pressures, temperatures, and pipe diameters.

CENTRATE OPACITY APPLICATION SHEET
CENTRATE OPACITY APPLICATION SHEET

Monitoring the centrate leaving a centrifuge is a critical element in managing system efficiency. Production with less than ideal flow balances can reduce throughput of the centrifuge and sacrifice valuable product to waste or reclamation.