Voltcore supplies ultra‑thin nanocomposite polymer filaments that act as directional heating elements for vehicle interiors and textiles. The filaments generate heat at the surface, reducing energy loss and weight while offering recyclable, explosion‑free operation, helping automotive manufacturers improve cabin heating efficiency and range.
Funding
Funding not disclosed
Founders
Product
Problem
Vehicle cabins and other interior surfaces require heating, but conventional heating systems are bulky, energy‑inefficient, and often rely on heavy wiring that adds weight and complexity, reducing overall vehicle efficiency and range in cold climates.
Solution
Voltcore provides ultra‑thin nanocomposite polymer filaments that act as directional heating elements. By embedding conductive particles with precisely controlled resistance, the filaments generate heat directly at the surface, minimizing thermal losses and power consumption. The material can be woven into fabrics or laminated onto interior panels, enabling seamless integration into car interiors, textiles, or composite structures. Its recyclable polymer matrix reduces CO₂ emissions and eliminates explosion or overheating risks, delivering instant heat at a cost comparable to legacy heating solutions.
Target Audience
Primary customers are automotive manufacturers and interior suppliers seeking lightweight, energy‑efficient heating solutions for vehicle cabins, as well as textile and composite manufacturers requiring integrated heating capabilities.
Features
- Nanocomposite polymer filament with aligned conductive particles for tunable resistance and unidirectional heating
- Ultra‑thin form factor suitable for weaving into textiles or lamination onto composite panels
- Near‑surface heat generation that maximizes energy efficiency and extends vehicle range in cold conditions
- Recyclable polymer construction for reduced environmental impact and lower CO₂ footprint
- Built‑in safety characteristics with no risk of explosion or overheating and instant heat activation