Advanced materials. Indigenous innovation.

Advanced materials.
Engineered for tomorrow.

Research-driven innovation in nanotechnology, aerogels and engineered materials. Built around the challenges that matter to defence, industry and a sustainable world.

Science with purposeFrom research to real-world application
Materials, That Matters
DPIIT-recognised startupInnovation with an indigenous focus
MSME-registered micro enterpriseResearch built around industrial needs
Based in India. Thinking globally.Chennai, Tamil Nadu

The science of possibility

Better materials change
what is possible.

Parasuram Material Solutions Private Limited brings materials science, chemistry, nanotechnology and engineering together to turn research into practical technology.

Our focus spans strategic protection and industrial performance—with indigenous development and responsible scale-up at its core.

Discover Parasuram
Illustrative thin flexible aerogel composite and a translucent blue aerogel sampleMaterial innovation / Aerogels
Conceptual material visualisation. Product specifications depend on the developed variant.

Our aerogel research

Lightweight materials.
Extraordinary ambition.

Silica aerogel–fibre composites are at the heart of our insulation research: thin, flexible material systems designed around demanding thermal and environmental needs.

  • Low-loft, lightweight insulation concepts
  • Super-hydrophobic surface engineering
  • Ambient-pressure drying for a scalable development route
Explore aerogel technology
Conceptual high-altitude expedition team crossing a snowy Himalayan ridge

Defence & strategic applications

For the environments
that demand more.

From high-altitude cold to complex thermal challenges, we pursue material systems that reduce bulk and support performance in extreme environments.

Our research supports the ambition for indigenous material technologies for India’s strategic needs.

Explore extreme-environment research

Research to application

Scientific depth.
Practical direction.

A connected development approach—from defining a material challenge to engineering a route towards industrial adoption.

  1. 01 /

    Understand

    Translate application needs into a focused materials problem and a research plan.

  2. 02 /

    Engineer

    Combine synthesis, surface engineering and material characterisation.

  3. 03 /

    Prototype

    Develop and refine application-oriented material systems and prototypes.

  4. 04 /

    Translate

    Work towards pilot validation, process optimisation and commercialisation.

Research partnerships

Great challenges deserve
better materials.

Explore a collaboration