Tulon Materials Private Limited – an R&D-led engineering high-performance, sustainable specialty chemicals – has raised USD 1.05 million in a seed funding.
This funding will accelerate engineering and commercialization timelines for applications in paints & coatings, printing inks, and adhesives.
The round was led by investor Karthik Sundar Iyer, with participation from Karan Goshar and Prakhar Pandey (Partners at Valour Capital, a venture fund investing in defence, aerospace, deep tech, and advanced manufacturing, participating in their personal capacities), with additional backing from angel investor Agam Shah.
Tulon follows a ‘revenue-first, deep-tech’ strategy in the specialty chemicals space. It emphasizes the creation of highly commercializable intellectual property that solves current market challenges, while maintaining a pipeline of breakthrough performance materials.
This approach delivers tangible benefits to customers in the form of enhanced performance, cost efficiencies, and improved sustainability profiles versus incumbent solutions.
Harsh Bhatt, Co-founder and CEO of Tulon Materials, highlighted that Tulon was founded to bridge the historical gap between deep scientific research and commercial agility. “We engineer practical, scalable material platforms that improve industrial unit economics while advancing sustainability.
“This funding allows us to grow our IP portfolio, advance our upcycling technologies, and accelerate our validation timelines with enterprise partners globally.”
Karthik Sundar Iyer, leader investor, added that Tulon represents a sophisticated approach to industrial deep tech, combining acute chemical expertise with modern digital execution.
“By establishing a highly technical platform that targets immediate, massive industrial end-markets, the team is building the foundational framework for a highly resilient and globally relevant specialty chemicals business.”
Central to the portfolio is a proprietary plastic waste upcycling technology that converts complex polymer waste streams into high-quality chemical resins. This directly addresses global challenges in plastic waste management and supports the transition to circular materials.
Tulon complements this with an open innovation platform that facilitates collaboration with industry partners, research institutions, and global customers for rapid validation and application development.
Artificial intelligence is integrated across chemical simulation, validation, and automated R&D workflows to compress development cycles far beyond traditional experimental approaches.
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