Polymer Property : Particle Size = 0.5 µm Product List

Physical Properties

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Physical Properties	Metric	English	Comments
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF120 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF16 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF180 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF220 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF25 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF400 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..
Particle Size	0.5 µm	0.5 µm	mean
PPT LSF50 Low Sintering Temperature Ferrite Powder Uses: Low Temperature Co-fired Ceramic Components (LTCC), Multi-Layer Chip Inductors (MLCI), Chip Beads (EMI Suppressors)Electromagnetic proerties reported were tested on sintered toroids with a HP4..