ADVANCED
SILICON-CARBON
MATERIALS

for Next-Generation Energy Storage

EXPLORE TECHNOLOGY PARTNER WITH US
Battery

Advanced Materials

Engineered for superior electrochemical performance.

High Performance

Enhanced capacity stability and cycling efficiency.

Sustainable Future

Driving clean energy innovation and advanced storage systems.

Collaborative Growth

Partnering for a stronger advanced energy ecosystem.

Pioneering Materials. Powering Progress.

Faradyne Materamics Pvt Ltd is a deep-tech materials manufacturing startup focused on designing and developing silicon-carbon and carbon based materials for high-performance energy storage applications.

Our mission is to deliver innovative scalable and sustainable solutions that accelerate the global transition to clean energy.

NIT Rourkela
Mission

Our Mission

To develop advanced materials that enable high-energy, long-life and sustainable battery technologies.

Vision

Our Vision

To be a global player in advanced energy materials driving the future of clean energy.

Our People

Driven by advanced research innovation and sustainable technology development.

Kumar Sanket
(Co-Founder & Director)

Materials researcher and entrepreneur leading the development and commercialization of next-generation silicon-based anode materials for high-performance batteries.

Prof. Shantanu Kumar Behera
(Co-Founder & Director)

Professor, Department of Ceramic Engineering,
National Institute of Technology, Rourkela

Academic founder bringing deep research expertise in materials science & electrochemistry and overall mentorship to the mission.

Our Products

Silicon Nanoparticles

Silicon Nanoparticles

High-performance silicon nanomaterials for advanced battery systems.

  • Particle size: 20–100 nm
  • High purity and phase stability
  • Uniform nanoscale morphology
  • Excellent dispersion characteristics
  • Low impurity content
  • High electrochemical activity
Exfoliated Graphite

Exfoliated Graphite

Conductive graphite materials for enhanced electrochemical performance.

  • High electrical conductivity
  • Excellent thermal stability
  • Layered porous structure
  • Enhanced electrolyte accessibility
  • Suitable for composite electrodes
Si/C Nanomaterials

Si/C Nanomaterials

Advanced silicon-carbon hybrid nanomaterials with improved cycling stability.

  • High specific capacity
  • Improved structural buffering
  • Enhanced conductivity network
  • Reduced volume expansion effects
  • Optimized electrochemical performance
Reduced Graphene Oxide

Reduced Graphene Oxide

Conductive graphene nanomaterials for advanced electrochemical systems.

  • High surface area
  • Excellent electrical conductivity
  • Enhanced charge transport
  • Flexible nanostructured framework
  • Suitable for battery and supercapacitor systems

Career Opportunities

Join us in building next-generation advanced materials for sustainable energy.

Research Internship Program


We are actively seeking students researchers and innovators interested in advanced battery materials and energy storage systems.


  • Battery materials research
  • Materials synthesis
  • Structural Characterisation
  • Electrochemical characterization
  • IP Analyst – Patent Filing
  • Creative Strategist


APPLY NOW

Investor & Funding

Faradyne Materamics is building scalable advanced silicon and carbon based anode materials for the rapidly growing lithium-ion battery and EV market.

  • Advanced deep-tech innovation
  • Scalable material platform
  • Strong research foundation
  • Growing energy storage market
  • Industrial collaboration opportunities


CONNECT WITH US

Contact Us

Reach out for partnerships collaborations investment opportunities or research inquiries.

Get In Touch

Email:
contact@faradynemateramics.in

Phone:
+91 9534243366

Address:
TI-119, TIIR Building, FTBI
NIT Rourkela, Odisha 769008

POWERED BY

DST NIDHI PRAYAS

MCL

TEXMIN

NIT ROURKELA

FTBI NIT ROURKELA