ENERGY STORAGE MATERIALS

INNOVATIVE MATERIALS FOR BATTERIES AND SUPERCAPACITORS

At Novac laboratory, our Research and Development team is committed to accelerating innovation in the energy storage sector.
Supported by state-of-the-art equipment, our researchers focus on synthesizing innovative materials for electrolytes and electrodes, aiming to enhance the performance of energy storage systems by improving their capacity, lifespan, and reliability.
Our materials are tested and validated through rigorous protocols.

Starting in June 2025, Novac will launch a pre-pilot production line designed to ensure maximum flexibility in cell manufacturing and integration.
By early 2026, a full pilot line will be operational, covering the entire production process from electrode mixing to coating, up to final assembly offering customized solutions for various applications and formats.

This commitment has enabled the company to develop two portfolio materials:
– Universal Current Collector: an innovation designed to optimize the mechanical stability of electrodes for supercapacitors and batteries, allowing for a significant increase in mass loading to achieve high energy density configurations.

– Poresel: Novac hybrid organic-inorganic electrolyte is a drop-in solution that can replace standard electrolytes. It is injectable in a liquid state and later solidifies, fully compatible with lithium metal. Poresel delivers high energy density and enhanced safety thanks to its electrochemical stability.

UNIVERSAL CURRENT COLLECTOR

UCC™ Novac Universal Current Collector is a composite material that integrates a metal substrate for electrodes with a carbonaceous non-woven conductive net.

IMPROVED MECHANICAL STABILITY

Stronger adhesion for reliable performance—no delamination, even under demanding cycling conditions.

ENHANCED MASS LOADING

Support for thicker, denser electrodes without sacrificing stability or conductivity.

MAINTAIN OPTIMAL ELECTRICAL CONDUCITIVITY

The carbon-based conductive net ensures efficient electron transport and minimizes resistive losses across the electrode structure.

SOLID-STATE ELECTROLYTE

Poresel™ Is a low-viscosity, polymerizable resin designed for solid-state electrolytes.

Introdotto in forma liquida, Poresel polimerizza a temperature moderate formando un elettrolita solido.
Injected in liquid form, Poresel polymerizes under mild temperatures to form a stable solid-state electrolyte, offering a ready-to-use solution that fits seamlessly into existing cell architectures without requiring design or process changes.

Injectable drop-in alternative during the sealing phase

Compatible with metallic lithium and graphite

OUR SERVICES

TAILORED CHEMISTRIES FOR BATTERIES AND SUPERCAPACITORS

Our team of specialized engineers is here to help you choose the best materials for your specific needs in power, energy, temperature, and discharge rate-while making your systems more sustainable.