Supporting R&D & Pilot Programs with Flexible MOQ Options.
Supporting R&D & Pilot Programs with Flexible MOQ Options.
HydroMatx is a clean-tech venture based in Jaipur, Rajasthan, focused on strengthening the component supply chain for India’s green hydrogen ecosystem.
We source and supply critical components used in hydrogen electrolyzers and fuel cell systems, connecting global manufacturers with local deployment needs.
We support R&D labs, startups, OEMs, and institutions by making high-quality hydrogen components accessible for research, pilot projects, and early-stage applications. Through trusted international partnerships, we help turn innovation into execution.

My name is Krish Parwani, based in Jaipur, Rajasthan, and I’m driven by the belief that clean energy can be a powerful engine for economic growth. At HydroMatx, we focus on one of the most critical challenges in green hydrogen production—access to reliable, cost-effective electrolyser and fuel cell components. Our mission is to strengthen India’s hydrogen ecosystem by enabling local access to globally proven components, supporting R&D, pilot projects, and early-stage deployment. By building a trusted, compliant supply chain, we aim to make green hydrogen more accessible and scalable for India’s growing clean energy sector.

Coming from a background in real estate development and market-led decision-making, I’ve spent years identifying emerging opportunities and acting early. I see a similar inflection point today in the green hydrogen space. As industries transition toward clean energy, the demand for high-quality electrolyser and fuel cell components is rising rapidly—and India is well-positioned to play a central role. Through HydroMatx, we believe in building collaboratively with global partners and Indian innovators to support this transition and contribute meaningfully to a low-emission future.

To become a trusted component-level partner in the global hydrogen ecosystem by enabling reliable, scalable, and technically sound stack development for clean energy systems.

To provide specification-driven stack component, including bipolar plates, GDLs, PTLs, and membranes, that support R&D, pilot projects, OEM development, and public sector hydrogen programs with technical clarity and supply reliability.
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