Our Blogs
Safety & Certification — Why Graphene Heating is Safer (No “Hot Spots”)
Safety & Certification — Why Graphene Heating is Safer (No “Hot Spots”) As graphene heating films gain popularity in EV battery packs, smart floor ...
CNTs in Biomedical Applications – Drug Delivery and Biosensing
CNTs in Biomedical Applications – Drug Delivery and Biosensing Carbon nanotubes (CNTs) have long been recognized for their exceptional electrical, mec ...
Graphene Heating in EV Battery Thermal Management – Safety and Performance Benefits
Graphene Heating in EV Battery Thermal Management – Safety and Performance Benefits Electric vehicle (EV) battery packs are becoming larger, denser, a ...
Installation & Safety Guidelines for Graphene Heating Films – Best Practices for OEMs and Contractors
Installation & Safety Guidelines for Graphene Heating Films – Best Practices for OEMs and Contractors As graphene heating films are increasingly a ...
Production Capacity and Custom Services for Graphene Heating Film Solutions
Production Capacity and Custom Services for Graphene Heating Film Solutions Flexible Heating Technology for Smart Homes, EVs, Appliances, and Industri ...
CNT-Based Sensors – Gas, Pressure, and Chemical Detection
CNT-Based Sensors – Gas, Pressure, and Chemical Detection Why Carbon Nanotubes Are Becoming the Core Material for Next-Generation Sensor Technology Ca ...
Wearable Smart Heating Textiles Powered by Graphene Films
Wearable Smart Heating Textiles Powered by Graphene Films How ultrathin carbon heaters are redefining mobile warmth, performance apparel, and medical ...
CNTs in 3D Printing Filaments – Conductivity and Mechanical Strength
CNTs in 3D Printing Filaments – Conductivity and Mechanical Strength How carbon nanotubes enhance FDM/FFF filaments for engineering applications 3D pr ...
Defogging and De-icing: Graphene Heaters in EVs & Aerospace
Defogging and De-icing: Graphene Heaters in EVs & Aerospace How ultra-thin graphene films deliver faster, safer, and energy-efficient heating for ...