Pressure measurement film

Manufactured by Fujifilm

Pressure measurement film is a tool used to measure pressure distribution. It consists of a thin, flexible film that is coated with a layer of pressure-sensitive material. When the film is placed between two surfaces and pressure is applied, the pressure-sensitive material reacts, creating a visual pattern that corresponds to the pressure distribution. The film can be used to identify areas of high or low pressure, as well as to measure the magnitude of the pressure.

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Lab products found in correlation

Mpms 7, by Quantum Design (1 mentions)

2 protocols using pressure measurement film

Pressure-Induced Magnetic Properties

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The magnetic properties under pressure were measured using a Cu-Be piston–cylinder clamp cell (Electrolab) in the SQUID magnetometer (Quantum Design, MPMS 7). A Teflon tube inside the cylinder was filled with the powder sample and Daphne 7373 as the pressure medium. Then the cylinder was sealed with a Teflon lid. The background signals were extracted to obtain the magnetic susceptibility data from the material itself. The applied pressures were read from the pressure measurement film (FUJIFILM) for pressures below 100 MPa, while for pressures above 100 MPa, the applied pressures were determined from the superconducting transition temperature of the lead set inside the cell.

Ohkoshi S.I., Nakagawa K., Yoshikiyo M., Namai A., Imoto K., Nagane Y., Jia F., Stefanczyk O., Tokoro H., Wang J., Sugahara T., Chiba K., Motodohi K., Isogai K., Nishioka K., Momiki T, & Hatano R. (2023). Giant adiabatic temperature change and its direct measurement of a barocaloric effect in a charge-transfer solid. Nature Communications, 14, 8466.

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Aligning Cone Tips for Uniform Pressure

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Cone tips were aligned using pressure measurement film (Fujifilm) by raising the micro-stage lift until there was pressure from the cone tips on the film (Supplemental Figure S2). Based on the pressure from each cone tips, vertical cone position would be adjusted until there was an even pressure produced from all 96 cone tips. Once cone tips were aligned they were glued in their vertical position with a heat-reversible epoxy.

Spencer A., Spruell C., Nandi S., Wong M., Crexiell M, & Baker A.B. (2016). A High-Throughput Mechanofluidic Screening Platform for Investigating Tumor Cell Adhesion During Metastasis. Lab on a chip, 16(1), 142-152.

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