Desert cotton and areca nut husk fibre reinforced hybridized bio-benzoxazine/epoxy bio-composites: Thermal, electrical and acoustic insulation applications

Boron doped graphitic carbon nitride (BN‐g‐C3N4) and palm flower ash reinforced pyrimidinone core‐based polybenzoxazine composites for low‐k and high‐k applications

“…14 In addition, recently our research group developed bio-silica, natural fibers, granite dust reinforced benzoxazine composites for different engineering applications. [15][16][17][18][19][20] Rana et al studied the thermodynamical compatibility of blends, miscibility of solvent-cast blends varies greatly from solvent to solvent, cloud-point, phase diagrams and the homogeneity between the blends was discussed in terms of negative heat of mixing and positive heat of mixing. They also fabricated the flow calorimetry to measure the enthalpies of mixing of polymer blends.…”

“…Vaithilingam et al studied the corrosion resistant efficiency of cashew nut shell reinforced thiourea based biophenolic benzoxazine‐epoxy blend 14 . In addition, recently our research group developed bio‐silica, natural fibers, granite dust reinforced benzoxazine composites for different engineering applications 15–20 . Rana et al studied the thermodynamical compatibility of blends, miscibility of solvent‐cast blends varies greatly from solvent to solvent, cloud‐point, phase diagrams and the homogeneity between the blends was discussed in terms of negative heat of mixing and positive heat of mixing.…”

Structure, thermal, hydrophobic, and dielectric properties of Bermuda grass ash bio‐silica, SBA‐15, and rGO‐reinforced bisphenol‐BA‐based polybenzoxazine composites

“…Polybenzoxazines can also be effectively used as anti‐fouling coatings on the ships and sub‐marines because of their corrosion resistant behavior. Recently, our research group have developed various bio‐composites of polybenzoxazines intending to utilize them for different industrial uses such as oil water separation, sound absorption, corrosion resistance, thermal, and dielectric applications 27–30 …”

“…Recently, our research group have developed various biocomposites of polybenzoxazines intending to utilize them for different industrial uses such as oil water separation, sound absorption, corrosion resistance, thermal, and dielectric applications. [27][28][29][30] As stated earlier, even though polybenzoxazine composites have exhibit an excellent thermal stability, mechanical strength, and dielectric properties, they are still developed form various petroleum sources as bisphenol-A. To avoid or minimize the usage of petroleum based raw materials, environmentally sustainable materials are needed for the development of polybenzoxazine bio-composites.…”

Development of green composites from bio‐benzoxazine and epoxy copolymer reinforced with alkali‐treated pine nut shell particles

“…9,35,36 A copolymerized matrix with bio-fillers can improve composite characteristics significantly. 37 Bio-filler based composites have sped up research and allowed for the creation of more environmentally friendly materials. Using biobased fillers helps to utilize agricultural waste discarded or incinerated in the air, which is highly harmful to the environment.…”