A materials-first discussion on why low-loading graphene changes the economics of innovation. Inspired by questions posed by innovative engineers, scientists and researchers across industries, this series is designed to provide
Discover how graphene consistency – or the lack of it – dictates success in lubricants, composites, coatings, cement, and sensors. Inspired by questions posed by innovative engineers, scientists and researchers
A candid look at what actually separates lab-scale graphene promise from production-scale performance. Inspired by questions posed by innovative engineers, scientists and researchers across industries, this series is designed to
A candid AMA for engineers who need performance, consistency, and throughput – not lab curiosities. Inspired by questions posed by innovative engineers, scientists and researchers across industries, this series is
High purity graphene isn’t a nice-to-have – it’s the difference between marginal gains and step-change performance across lubricants, composites, coatings, and beyond. Inspired by questions posed by innovative engineers, scientists
TLDR Summary Fractal Graphene™ Enables Exceptional Mechanical Reinforcement at Ultra-Low Loadings HydroGraph’s Fractal Graphene™ (FGA-1) delivers up to 30% improvement in tensile strength and 69% elongation at break in polyethylene
TLDR Summary Ultra-Efficient Reinforcement with Fractal Graphene™: HydroGraph’s proprietary graphene dramatically enhances mechanical properties in thermoplastics and thermosets at ultra-low loadings (typically as little as 0.05%), enabling significant weight reduction
Scientists and innovators are eager to develop new materials and products, such as graphene, that allow consumers to reap the benefits of technological improvements and advancements. However, given the rapidly
The HydroGraph Blog reveals how next-generation graphene is reshaping plastics, composites, coatings, concrete, lubricants, energy storage, and biosensors. If you’re pushing for lighter, stronger, more efficient materials, it cuts straight to the breakthroughs – and trade-offs – driving the next wave of engineering innovation.
