D543_ZM3-U-G

D543_ZM3-U-G

Zeta Meter

The Zeta-Meter makes its measurements in direct manner. A microscope is used to comfortably observe colloidal particles inside a chamber called an electrophoresis cell. An electric field causes charged colloids to move with a direction and velocity that is related to their zeta potential.

SOM CODE:D543
MODEL :ZM3-U-G
COMPANY:ZETA-METER, U.S.A.

 

Description

Product Specification

Usage/Application Laboratory Use
Brand Zeta Meter
Model Name/Number Zeta 402
Zeta Potential range -250 to +250 millivolts
Electrophoretic Mobility +20 to -20 microns/sec per volt/cm
Specific Conductance 0 to 60,000 microSiemens/cm
Temperature 5oC – 75oC

Product Description

Zeta-Meter System are widely used for measuring electrophoresis mobility and zeta potential. These systems are used with aqueous and organic suspending liquids. Provided systems aids to finish the run in only few minutes and single tracking in seconds.

Reliably Simple

The measurement is very direct. The sample is placed in a viewing chamber called an electrophoresis cell. Then an electric field is activated. This causes the colloids to move with a velocity that is proportional to their zeta potential, and a direction that indicates whether their charge is positive or negative. Once your sample is in the cell, you get your first results in a matter of seconds, and complete results in minutes.

Other details

  • Based on electrophoresis technique
  • Uses a high quality stereoscopic microscope that helps comfortably analyzing colloidal particles inside a chamber called an electrophoresis cell
  • System is available in two version, one with microscope, second with a video display
  • Simple press of a “track” button and holding it down can make the user capable of tracking the colloid traversing the grid
  • Regular records of the measurements are maintained in these systems that can be reviewed by user
  • Post pressing status button, user can see the number of colloids tracked, their average zeta potential and the statistical standard difference of the values
  • Hard copy of the data can be created by connecting a parallel-type printer to these systems
  • By using the serial port, data can be brought directly to an IBM PC
  • The data that is held by our free serial port software can be switched over and edited for analysis with the help of Lotus 1-2-3
  • By getting acquainted with zeta potential, users can easily understand and manage colloidal suspensions

Technical Specification

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+966-556111951 info@somatco.com

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