The Dispersion Dilemma: Why Untangling MWCNTs is the Key to Unlocking Their Potential
Imagine you’ve been handed a material hailed as a miracle of modern science: stronger than steel, more conductive than copper,…
Imagine you’ve been handed a material hailed as a miracle of modern science: stronger than steel, more conductive than copper,…
In the world of high-tech electronics, the most crucial components are often the most delicate. Your ITO-coated glass functions as…
People first noticed the potential of xenon light in 1944, when P. Schulz found that a xenon discharge could produce…
Quartz crucible, produced from pure fused quartz, are widely used for their strength under intense heat and demanding conditions to…
Tedlar bags are the trusted workhorses of air quality testing, used to capture everything from industrial emissions to a person’s…
You’ve probably heard of graphene, the “wonder material” that’s a single layer of carbon atoms, stronger than steel, and an…
A Kynar bag is a clear sampling bag made from PVDF (polyvinylidene fluoride) film. It is made for the safe…
When you think of glass, you probably think of windows, drinking glasses, or your phone screen. But what if glass…
What is a Graphene Conductive Sheet? Graphene conductive sheets are ultra-thin, flexible, and highly conductive materials made from graphene —…