Material Analysis

Unlocking the potential of materials
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Being able to carry out structural, physical, and chemical analysis on precursors and then any new materials developed is fundamental to material science.

This analysis allows researchers to:

  • Understand material properties
  • Quality control and analyse failure rates
  • Carry out material degradation and corrosion studies
  • Authenticate materials so they can be specifically described
  • Develop new materials and technologies and understand how these have been synthesised for future commercialisation
  • Assess environmental impact of materials and their production or destruction
  • Troubleshoot material issues

PI-KEM can supply a wide range of MTI equipment that has applications for material analysis from the basics of lab balances through to the complex TGA furnaces.

  • High Throughput Characterisation

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    • Hardness Testing Systems: These use the through internet viewing (TIV) method. Diamond indenters are pressed into the substrate and the indentation depth is optically measured giving immediate, accurate results 
    • Resistivity Testers: Portable, multi-function instruments that measure radial and axial resistivity of semiconductor sheets and blocks
    • XRF Scanning System: Non-destructive energy dispersive system that analyses composition

    Click here for full MTI range

  • High Temperature Strength & Creeping Testing

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    • High Temperature Creeping Tester: Tests the high-temperature mechanical strength of materials via a small, punched disc
    • Digital Tensile Tester: For testing the tensile strength of thin foils, electrode strips and metallic wires

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  • Thermal Gravimetric Analysis

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    • Muffle Furnace with TGA Function: Allows phase transition analysis of oxide compounds up to 1700 °C
    • Tube Furnace with TGA Function: Allows phase transition analysis of materials under a controlled atmosphere up to 1500 °C. Can be used for small sample annealing and sintering
    • TGA Furnace: Industrial scale analysis with the option of vacuum, hydrogen, or controlled gas atmosphere up to 1700 °C. Allows the research of phase transition during material processing. Optional gas analysis device for gas composition studies

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  • High Accuracy Mass Analysis & Sample Dispensing

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    • Powder Dispenser: Up to 6 dispensing heads with analytical balance. Automatic, high throughput and programmable. Has integrated carousel and bar code scanner. Application include solid electrolyte development and alloy research.
    • Digital Balance: Up to 1000g with maximum accuracy to 0.0001g, with wind shield and digital display. Calibration weights available.

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  • Thickness Measurement

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    • Micrometer: Stand alone or as an accessory to equipment including coaters, presses and saws. Accuracy to 0.001mm

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