Self-healing and enhanced anticorrosion coatings based on graphene-reinforced brominated butyl rubber ionomer

Luo, Guangbing; Pang, Bo; Luo, Xingqi; Zeng, Xianguang; Wang, Yi; Zhao, Lijuan

doi:10.1016/j.porgcoat.2022.107245

Cited by 6 publications

(3 citation statements)

References 30 publications

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“…Ever since Andre Geim and Kostya Novoselov achieved the successful isolation of graphene using the ‘Scotch’ adhesive tape method in 2004, 30 this remarkable material has emerged as a breakthrough in diverse fields, including rubber, 31 polymers, 32 electronics, 33 energy storage, 17 sensing, 34 and coating applications. 35…”

Section: Graphenementioning

confidence: 99%

“…29 Ever since Andre Geim and Kostya Novoselov achieved the successful isolation of graphene using the 'Scotch' adhesive tape method in 2004, 30 this remarkable material has emerged as a breakthrough in diverse fields, including rubber, 31 polymers, 32 electronics, 33 energy storage, 17 sensing, 34 and coating applications. 35 The superlative properties of graphene provide outstanding high performance in terms of intrinsic strength (42 Nm −1 ), Young's modulus (1.0 TPa), 36 electric mobility (more than 2.0 × 105 cm 2 V −1 s), 37 optical transparency (>90%), 38 thermal conductivity (∼5000 W mK −1 ), 39 chemical durability, 40 impermeability to gases, 41 and ability in sustaining high electric current density (a million fold higher than copper). 42…”

Section: Graphenementioning

confidence: 99%

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Graphene in rubber formulations: a comprehensive review and performance optimization insights

Leong,

Lim,

Ibrahim

2023

Mol. Syst. Des. Eng.

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Section: Graphenementioning

confidence: 99%

Section: Graphenementioning

confidence: 99%

Graphene in rubber formulations: a comprehensive review and performance optimization insights

Leong,

Lim,

Ibrahim

2023

Mol. Syst. Des. Eng.

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“…At the same time, due to the introduction of bromine atoms, the reactivity of IIR is improved. This improved BIIR with self-adhesiveness, inter-adhesiveness, compatibility, and co-vulcanization has potential as a functional polymer material [4][5][6][7].…”

Section: Introductionmentioning

confidence: 99%

Morphology Control of Electrospun Brominated Butyl Rubber Microfibrous Membrane

Zhu,

Tian,

et al. 2023

Polymers

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Brominated butyl rubber (BIIR) is a derivative of butyl rubber, with the advantage of high physical strength, good vibration damping performance, low permeability, aging resistance, weather resistance, etc. However, it is hard to avoid BIIR fiber sticking together due to serious swelling or merging, resulting in few studies on BIIR electrospinning. In this work, brominated butyl rubber membrane (mat) with BIIR microfiber has been prepared by electrospinning. The spinnability of elastomer BIIR has been explored. The factors influencing the morphology of BIIR microfiber membranes have been studied, including solvent, electrospinning parameters, concentration, and the rheological property of electrospinning solution. The optimal parameters for electrospinning BIIR have been obtained. A BIIR membrane with the ideal microfiber morphology has been obtained, which can be peeled from aluminum foil on a collector easily without being broken. Anti-bacterial property, the electrical conductivity of these membranes, and the mechanical properties of these samples were studied. The optimized BIIR electrospinning solution is Bingham fluid. The results of these experiments show that a BIIR membrane can be used in the field of medical prevention, wearable electronics, electronic skin, and in other fields that require antibacterial functional polymer materials.

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Corrosion protective properties on 2024‐T3 of chitosan‐modified montmorillonite epoxy coatings based on Ce³⁺ loading

Li,

Lin

et al. 2024

J of Applied Polymer Sci

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Abstract2024 aluminum alloy has high strength, processing performance, and good damage tolerance performance, but it is prone to intergranular corrosion and pitting. Therefore, the development of corrosion protective coatings is essential for the aluminum alloy. In this paper, cerium ion (Ce3+) was doped into chitosan‐modified montmorillonite (Ce‐CS‐MMT) by ion exchange method, and the corrosion protective performance of Ce‐CS‐MMT epoxy coating (Ce‐CS‐MMT/EP) was investigated. The electrochemical analysis of aluminum alloy in cerium‐containing solution showed the corrosion inhibition efficiency reached 95.52%. The result indicates the corrosion inhibition effect of cerium‐containing solution was better than pure NaCl solution and MMT solution. The corrosion study of the coating illustrates that the protection rate of Ce‐CS‐MMT/EP reached 95.82%, which was higher than that 91.83% of Ce‐MMT/EP. The result indicates the resistance of charge transfer was greater and the better shielding effect for electrolyte corrosion ions than MMT and Ce‐MMT epoxy coatings, and the corrosion protective performance was excellent.

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Self-healing and enhanced anticorrosion coatings based on graphene-reinforced brominated butyl rubber ionomer

Cited by 6 publications

References 30 publications

Graphene in rubber formulations: a comprehensive review and performance optimization insights

Graphene in rubber formulations: a comprehensive review and performance optimization insights

Morphology Control of Electrospun Brominated Butyl Rubber Microfibrous Membrane

Corrosion protective properties on 2024‐T3 of chitosan‐modified montmorillonite epoxy coatings based on Ce³⁺ loading

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Self-healing and enhanced anticorrosion coatings based on graphene-reinforced brominated butyl rubber ionomer

Cited by 6 publications

References 30 publications

Graphene in rubber formulations: a comprehensive review and performance optimization insights

Graphene in rubber formulations: a comprehensive review and performance optimization insights

Morphology Control of Electrospun Brominated Butyl Rubber Microfibrous Membrane

Corrosion protective properties on 2024‐T3 of chitosan‐modified montmorillonite epoxy coatings based on Ce3+ loading

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Product

Resources

About

Corrosion protective properties on 2024‐T3 of chitosan‐modified montmorillonite epoxy coatings based on Ce³⁺ loading