Renewable micro hydroxyapatite (mHA) extracted from animal bones, and fabricated mHA-Jute-vinyl ester bio-composite as an intumescent green flame retardant material

Chidarala, Ravi Kumar; Song, Jung Il; Yu, Rong

doi:10.1039/d2ma01029a

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Mater. Adv.

2023

DOI: 10.1039/d2ma01029a

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Renewable micro hydroxyapatite (mHA) extracted from animal bones, and fabricated mHA-Jute-vinyl ester bio-composite as an intumescent green flame retardant material

Ravi Kumar Chidarala

Jung Il Song

Rong Yu

Abstract: In this article, we synthesized micro Hydroxy Apatite (mHA) from the animal bones by decomposition method using the extended base treatment and applied it as a Flame Retardancy Material (FRM)...

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2024

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References 69 publications

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Nano-hydroxyapatite filled EPDM nanocomposite: towards green elastomeric thermal insulating coating with superior mechanical, thermal, and ablation properties

Mosa,

Gobara,

Kotb

et al. 2024

Journal of Energetic Materials

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Nano-hydroxyapatite filled EPDM nanocomposite: towards green elastomeric thermal insulating coating with superior mechanical, thermal, and ablation properties

Mosa,

Gobara,

Kotb

et al. 2024

Journal of Energetic Materials

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Renewable micro hydroxyapatite (mHA) extracted from animal bones, and fabricated mHA-Jute-vinyl ester bio-composite as an intumescent green flame retardant material

Abstract: In this article, we synthesized micro Hydroxy Apatite (mHA) from the animal bones by decomposition method using the extended base treatment and applied it as a Flame Retardancy Material (FRM)...

Cited by 1 publication

References 69 publications

Nano-hydroxyapatite filled EPDM nanocomposite: towards green elastomeric thermal insulating coating with superior mechanical, thermal, and ablation properties

Nano-hydroxyapatite filled EPDM nanocomposite: towards green elastomeric thermal insulating coating with superior mechanical, thermal, and ablation properties

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