MultiPurpose Corrosion Cell
The MPM Machinery & Testing, LLC., MultiPurpose Corrosion Cell (MC2) is very versatile and is extremely easy to use. The MPM MC2 can be used with all commercially available electrochemical measurement systems and can accommodate a wide variety of flat specimen geometries. The specific applications and features are discussed below.
MPM MultiPurpose Corrosion Cell80º C
Maximum Temperature (with Acrylic Cell Ends and Body)
MPM MultiPurpose Corrosion Cell 260º C
Maximum Temperature (with Tefloncell Ends and Body)
Applications
The MC2 can be used for nearly any electrochemical experiment including the following:
Polarization
Galvanic Corrosion
Cyclic Voltametry
Electrochemical Impedance Spectroscopy
Electrochemical Noise Measurement
All of the above experiments can be performed in de-aerated conditions.
Cell Features
The MPM MC2 design incorporates many innovative features which combine to produce a versatile and easy to use product. Some of the key features are listed below:
Crevice free measurements achieved through the optional MPM masking or high temperature coating material
Integrated Luggin probe design minimizes uncompensated solution resistance
Solution temperatures up to 80ºC with acrylic cell body and ends
Solution temperatures up to 260ºC with Teflon cell body and ends
Robust color-coded electrical connection
Fittings provided for de-aeration
Sample sizes up to 2 cm thick by any desired width can be used
Sample test areas with diameters of up to 1.9 cm can be tested
Drain line for safe solution disposal
Fast/easy disassembly for cleaning
Detachable counter electrodes
Standard cells are constructed from acrylic and have a polycarbonate body
Standard cell volumes range from 70 ml to 500 ml
Custom Cells
MPM also offers custom design and manufacturing services. Cells can be constructed with acrylic, polypropylene, or Teflon ends and any desired material for the body including glass. Various cell geometries can be accommodated. We will be happy to provide a price quote for a custom cell.