Effects of ultrasonic dispersion on nanoparticle based polyurethane foam reinforcement

Effects of ultrasonic dispersion on nanoparticle based polyurethane foam reinforcement

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Using an appropriate mixing method for synthesizing nanoparticle based polyurethane foam is crucial because nanoparticles are very cohesive, which hinder their uniform dispersion.In this study, ultrasonic dispersion (UD) was adopted to enhance the dispersion of nanoparticles in a polyurethane foam (PUF) 2014 dodge ram 1500 fender flares containing a silica aerogel and glass bubbles (SG-PUF), which is a new candidate material for the liquefied natural gas (LNG) industry.Scanning electron microscopy was used to elucidate the effects of UD treatment.The results of comprehensive parametric investigation show that the mechanical and thermal characteristics of SG-PUF were significantly improved by UD treatment.Moreover, it has the gel bottle audrey been revealed that UD can be used as a practical method to improve the volumetric efficiency in LNG copyright cargo containment systems.