Enhanced toughness and thermal conductivity for epoxy resin with a core–shell structured polyacrylic modifier and modified boron nitride

Abstract

A ternary composite is fabricated with exfoliated boron nitride, core–shell polyacrylic, and epoxy. The mechanical properties and the thermal conductivity were increased synergistically, allowing the composite to be used as the capsulations.

Enhanced thermal conductivity and mechanical properties of polymeric composites through formation of covalent bonds between boron nitride and rubber chains

“…Thermal dissipation is challenging for high-performance miniaturized microelectronic components since quick and effective dissipation of accumulated heat should ensure long-term stable operation of electrical appliances. [1][2][3][4][5][6][7][8] Hence, polymers are often used as thermally conductive materials due to their elevated weight, low-cost, excellent chemical stability, and good mechanical properties. 9 Among these, nitrile butadiene rubber (NBR) with numerous polar groups and relatively high dielectric constant is useful as a flexible dielectric material.…”

Synergistic Effects of Acrylic/Silica Armored Structured Nanoparticles on the Toughness and Physicomechanical Properties of Epoxy Polymers

“…Also, the magnified SEM fractographs of S-2 from the propagation region (Figure e,f) show spherical holes, which could be due to the AIMP deboning and ensuing plastic deformation of the epoxy polymer. It is suggested that stress-activated shear occurring in the high-stress region around AIMPs caused deformation and cavitation of AIMPs and engender improvement in the fracture energy and toughness of the epoxy polymer . Moreover, as seen obviously in Figure f, the dimensions of the holes are significantly larger than the actual size of AIMPs (Figure ).…”

The effects of DOPO modified Co-based metalorganic framework on flame retardancy, stiffness and thermal stability of epoxy resin

“…The impact strength of EP composites increases first and then almost remained stable with the increase of flame retardant content. C. Xu, 36 R. Z. Huang, 37 W. Chonkaew 38 et al , all mentioned that the impact strength of composites decreased with the addition of fillers. The impact strength of 1% DOPO@ZIF-67/EP is lower than that of pure EP due to the presence of fillers.…”