About Us

//About Our Company//

Overview

ESSNANO Materials Lab Pvt. Ltd. was founded in 2025 as an R&D and consultancy-driven nanomaterials startup focusing on solid-state functional materials for applications in energy, catalysis, and electronics

Operating at the intersection of research and industry, we deliver high-purity nanomaterials, testing services, and expert data interpretation for academic and commercial partners.

Our Core Values

Scientific Integrity
Sustainability

Collaboration
Innovation with Impact

Our Vision

To be a globally trusted leader in advanced nanomaterials and R&D innovation, enabling sustainable technologies for a better future.

Our Mission

To innovate, synthesize, and supply novel inorganic nanomaterials that accelerate research and industry breakthroughs.

250+

Nanomaterials synthesized
(in academic R&D)

100+

International Publications

18+

Years of Founder’s Expertise

50+

Active Collaborations
(National and International)

//Client’s Feedback//

What Our Clients Say About Us

Discover authentic feedback from clients who’ve achieved growth through our expert consulting.

Arjun Patel Product Developer, Ahmedabad

I consulted ESSNANO to understand how nanomaterials can improve the performance of polymer composites. Their recommendations were practical and research-driven, helping me upgrade my product design significantly.

01/

Arjun Patel

Deepika R PhD Scholar, Coimbatore

The personalized consultancy from ESSNANO for my electrode material characterization was extremely helpful. They guided me through FESEM, XPS, and Raman analysis interpretation. I highly recommend their services to research students

02/

Deepika R

Vikram S Materials Engineer, Pune

I purchased WS₂ and MoS₂ nanoparticles for testing in lubricant formulations. The quality and consistency were impressive, and the technical data provided was extremely detailed. Great experience working with ESSNANO!

03/

Vikram S

Dr. Nisha Varma Postdoctoral Fellow, Hyderabad

ESSNANO supported me with small-scale synthesis of metal oxide nanomaterials and their EIS analysis. The results matched perfectly with my simulation data. Their technical clarity and response time were excellent.

04/