Our Blogs
Graphene Thermal Pastes and Slurries – Formulation Logic
Graphene Thermal Pastes and Slurries – Formulation Logic 1. Why Graphene Thermal Formulations Matter Graphene has extremely high intrinsic in-plane th ...
How CNT Dispersion Shifts the Thermal Percolation Threshold
How CNT Dispersion Shifts the Thermal Percolation Threshold 1. Why CNT Content Alone Never Tells the Full Story In thermal composites, coatings, and T ...
CNT Loading Level vs Thermal Conductivity – Where Is the Sweet Spot?
CNT Loading Level vs Thermal Conductivity – Where Is the Sweet Spot? 1. Why CNT Loading Is Not “More Is Better” When carbon nanotubes (CNTs) are intro ...
Single-Layer vs Multi-Layer Graphene in Heat Spreading Applications
Single-Layer vs Multi-Layer Graphene in Heat Spreading Applications 1. Why Heat Spreading Is Different from Heat Conduction In thermal management, hea ...
GO vs rGO for Thermal Coatings
GO vs rGO for Thermal Coatings Trade-Offs Between Processability and Performance 1. Why Compare GO and rGO in Thermal Coatings? In thermal management ...
CNT vs Graphene for Thermal Management
CNT vs Graphene for Thermal Management Strengths, Limitations, and Application-Driven Choices Carbon nanotubes (CNTs) and graphene are two of the most ...
Phonon Transport in CNT and Graphene-Based Materials
Phonon Transport in CNT and Graphene-Based Materials Heat Moves as Phonons, Not Numbers Thermal conductivity values are often treated as static number ...
How CNT–Graphene TIMs Enable Thinner, More Reliable Thermal Interfaces
How CNT–Graphene TIMs Enable Thinner, More Reliable Thermal Interfaces Thinner Interfaces, Higher Expectations In modern thermal design—especially fo ...
TIM vs Gap Filler vs Thermal Pad – An Engineering Comparison
TIM vs Gap Filler vs Thermal Pad – An Engineering Comparison Choosing the right thermal interface material is often more critical than choosing the hi ...
