Graphene-enhanced bio-based polymers for cushioning and thermal comfort in footwear
Versarien's proprietary graphene-infused polymer technology enhances mechanical, thermal, and damping properties of thermoplastic elastomers used in athletic footwear midsoles and outsoles. The technology enables lighter...
Graphene-enhanced bio-based compostable barrier films for paper substrates
Versarien offers graphene nanoplatelet (GNP) enhanced bio-based coatings for paper substrates that deliver up to 90% reduction in water vapor transmission rates while maintaining EN13432 compostability. The technology co...
BRANCH: broad spectrum antimicrobial hybrid nanomaterial coatings
BRANCH is a hybrid nanomaterial-based coating technology that delivers rapid, broad-spectrum antimicrobial protection. Validated against bacterial and viral models, it achieves up to 99.9% pathogen inactivation within ju...
Graphene barristor-based sensors for low-concentration hexanal detection
Introducing an advanced graphene barristor sensor with modulated Schottky barrier for highly sensitive, low-concentration Hexanal detection, offering significant improvements over traditional FETs and PCR-based methods.
Advanced silicon-carbon anodes for next-generation solid state batteries
Versarien is developing advanced silicon-carbon anodes incorporating graphene and carbon nanotubes to enhance energy density and cycle stability in solid-state batteries, addressing key challenges such as ion conductivit...
Hdpe-graphene composites for lightweight bottle manufacturing
Versarien's HDPE-graphene composite enhances mechanical performance, enabling thinner, more durable bottles. This innovation leverages graphene's nanoscale properties to reduce polymer use without sacrificing strength, s...
Results may appear later and can be imperfect.
delivered to your inbox.