3D printed elastomer ternary composites
N Korivi, R Mahbub, Z Ahmadi… - Electronics …, 2023 - Wiley Online Library
Electronics Letters, 2023•Wiley Online Library
This paper describes the 3D printing of a ternary composite of polydimethylsiloxane (PDMS)
and nanoparticles of iron oxide and barium titanate. The composite was printed using a
commercially available 3D printer. Thermal curing of the composite during printing allowed
for overall low process times of a few minutes. Scanning electron microscopy indicated
uniform composite layers. The resulting composite films showed ferromagnetic behaviour,
and applicability in magnetic actuation and piezoelectric energy harvesting.
and nanoparticles of iron oxide and barium titanate. The composite was printed using a
commercially available 3D printer. Thermal curing of the composite during printing allowed
for overall low process times of a few minutes. Scanning electron microscopy indicated
uniform composite layers. The resulting composite films showed ferromagnetic behaviour,
and applicability in magnetic actuation and piezoelectric energy harvesting.
Abstract
This paper describes the 3D printing of a ternary composite of polydimethylsiloxane (PDMS) and nanoparticles of iron oxide and barium titanate. The composite was printed using a commercially available 3D printer. Thermal curing of the composite during printing allowed for overall low process times of a few minutes. Scanning electron microscopy indicated uniform composite layers. The resulting composite films showed ferromagnetic behaviour, and applicability in magnetic actuation and piezoelectric energy harvesting.
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