Our Blogs
Pilot-Scale Graphene Solutions for Harsh Environments
Pilot-Scale Graphene Solutions for Harsh Environments Graphene has attracted increasing interest for applications where conventional materials must op ...
How Can Graphene Producers Improve Manufacturing Consistency?
How Can Graphene Producers Improve Manufacturing Consistency? As graphene moves from laboratory research toward industrial applications, manufacturing ...
How can graphene producers improve manufacturing consistency
How Can Graphene Producers Improve Manufacturing Consistency? As graphene moves from laboratory research toward industrial applications, manufacturing ...
why advanced material projects fail after laboratory testing
Why Do Advanced Material Projects Fail After Laboratory Testing? A new advanced material can perform extremely well in a laboratory and still fail whe ...
CNT Dispersion Challenges in Battery Manufacturing: A Practical Guide
CNT Dispersion Challenges in Battery Manufacturing Carbon nanotubes (CNTs) are widely used as conductive additives in lithium-ion batteries because th ...
How Process Stability Impacts Material Commercialization
How Process Stability Impacts Material Commercialization Advanced materials often attract attention because of their impressive laboratory performance ...
Why Most Battery Materials Fail During Scale-Up
Why Most Battery Materials Fail During Scale-Up Battery material development often begins with an encouraging laboratory result. A new cathode powder ...
From Small Batch to Roll-to-Roll: The Scaling Challenge
From Small Batch to Roll-to-Roll: The Scaling Challenge Many advanced-material products begin with a small batch. A researcher may prepare a few hundr ...
From Lab Materials to Industrial Electrode Production
From Lab Materials to Industrial Electrode Production The development of advanced battery materials often begins with a small laboratory sample. Resea ...