For too long, the industry has relied on conventional petrochemical paints that degrade over time and impact the environment. We believe there is a better way. Relic Coatings LLP was founded on the principles of advanced material science and sustainable engineering. By harnessing the power of inorganic chemistry, we develop coatings that do not just sit on the surface, but chemically bond with it. Our approach prioritizes environmental stewardship, utilizing sustainable materials to drastically reduce the carbon footprint and global warming potential (GWP) of our products.
About PureSil™ Paints
Redefining the future of the paint and coatings industry through science, sustainability, and unwavering quality.
The Science of Sustainability
The Visionary Behind the Technology
Dr. Nikhil Dhote (Ph.D., Chemical Engineering, AcSIR – CSIR – NEERI, Nagpur)
Dr. Nikhil Dhote | Founder & Chief Technologist, PureSil Paints
Pioneering the Eco-Mineral Revolution in Coatings
Dr. Nikhil Dhote is the Founder and Chief Technologist at Relic Coatings LLP, and the visionary scientific mind behind the formulation of PureSil mineral silicate paints. Leveraging over a decade and a half of specialized expertise in inorganic chemistry, he has pioneered a fundamental shift in how architectural coatings are manufactured, applied, and maintained. By turning away from conventional, synthetic film-forming plastics, Dr. Dhote built PureSil on the foundational principles of eco-mineral technology. His work is critically important because it successfully bridges the gap between high-performance architectural durability and uncompromising ecological responsibility. Through his leadership, Dr. Dhote is proving that sustainable, non-toxic building materials can actively outperform their synthetic counterparts without demanding a steep environmental or financial cost.
A Foundation in Rigorous Academic Research
Dr. Dhote’s relentless pursuit of material innovation is deeply rooted in his distinguished academic background. He holds a Ph.D. in Chemical Engineering from the highly esteemed Academy of Scientific and Innovative Research (ACSIR) at the CSIR-National Environmental Engineering Research Institute (NEERI) in Nagpur. Over the course of a career spanning more than 15 years, his research and professional specialization have focused squarely on the complexities of inorganic chemistry and industrial mineralogy. This deep technical immersion allowed him to understand the exact molecular behavior of raw earth minerals and industrial by-products. His time at CSIR-NEERI ingrained in him a rigorous, evidence-based approach to solving environmental challenges, laying the crucial scientific groundwork for what would eventually become the proprietary PureSil formulation.
Solving the Crisis of the Indian Repaint Cycle
The genesis of PureSil was born out of a glaring, persistent problem in the Indian construction sector. Dr. Dhote observed that modern Indian buildings were caught in a relentless, expensive, and ultimately toxic cycle of repainting every three to five years. Conventional solvent-based acrylic paints, which are essentially liquid plastics, were consistently failing in the face of India’s harsh UV radiation, heavy monsoon rains, and naturally porous masonry. These synthetic paints formed a topical, non-breathable seal over walls, trapping moisture inside the building envelope and invariably leading to widespread blistering, peeling, and chalking. Beyond the frustrating structural failures, Dr. Dhote recognized the hidden, devastating costs of this cycle: the immense environmental burden of manufacturing continuous batches of synthetic resin, the massive generation of paint-derived microplastics shedding into local ecosystems, and the severe health impacts on building occupants caused by the off-gassing of Volatile Organic Compounds (VOCs) and highly toxic biocides.
The Breakthrough of Silicification and the Circular Economy
Determined to engineer a permanent solution, Dr. Dhote looked away from polymer plastics and toward the ancient, proven science of mineral silicates. His defining breakthrough was the successful, scalable commercialization of silicification chemistry specifically adapted for the Indian architectural market. Instead of creating a paint that merely sits on top of the wall, he developed an advanced inorganic chemical bonding process. By utilizing potassium silicate (often referred to as waterglass), the paint chemically fuses with the natural calcium present in masonry. This microcrystalline bond effectively petrifies the paint into the substrate itself, making peeling or flaking physically impossible.
Furthermore, Dr. Dhote achieved a monumental feat in advancing the Circular Economy of Coatings. He successfully engineered a method to upcycle highly reactive industrial waste streams—specifically agricultural rice husk ash (RHA) and coal fly ash—converting them into a premium, hyper-durable binder. This innovation not only diverted thousands of tons of waste from landfills but also drastically lowered the embodied carbon footprint of the final PureSil product.
Driven by Indigenous Innovation and Accessibility
As a Nagpur-based scientist, Dr. Dhote is driven by a profound commitment to developing indigenous, world-class technology tailored specifically for Indian buildings and local climatic challenges. He firmly believes that the broader transition to eco-friendly building practices is consistently hindered by the “green premium”—the industry norm where sustainable products are priced out of reach for average consumers and large-scale commercial developers. Through rigorous scientific optimization and a highly efficient, localized supply chain, he ensured PureSil remained commercially competitive, completely eliminating the financial barrier to green building.
“The future of sustainable architecture doesn’t lie in creating new synthetic compounds, but in our ability to look at an industrial waste stream and see the molecular foundation for decades of architectural durability.” — Dr. Nikhil Dhote
His life’s work at Relic Coatings LLP continues to prove that zero-VOC, environmentally restorative coatings are no longer just a premium luxury, but the necessary new standard for the built environment.
Ph.D. Chemical Engineering | ACSIR-CSIR-NEERI Nagpur | 15+ years inorganic chemistry
A Partner in Your Project’s Success
At Relic Coatings LLP, we don’t just sell paint; we partner in your project’s success through end-to-end guidance.
Unwavering Quality
Relic Coatings LLP adheres to consistent manufacturing standards with strict quality control protocols at every stage. This ensures absolute batch-to-batch consistency, which is supported by available third-party lab testing.
Dedicated Technical Support
We ensure flawless execution by providing detailed specification assistance alongside on-site application training and audits
Commercial Business Reliability
Built on transparency, we are equipped to meet massive commercial project demands. We provide completely transparent Technical Data Sheets (TDS) and maintain a highly scalable supply chain designed for large volumes.
Measurable Environmental & Social Impact
Relic Coatings LLP manufactures PureSil under stringent Environmental, Social, and Governance (ESG) frameworks. Our advanced manufacturing process establishes a robust waste-to-resource synergy, dramatically lowering the carbon footprint compared to standard emulsion paints.
59.87
%
Waste-to-Resource Ratio
Our dry formulation achieves an extraordinary 59.87% waste-to-resource ratio by directly upcycling industrial waste.
89.06
%
Local Sourcing Rate
We proudly maintain an 89.06% local sourcing rate within a 300km radius. This strategy stimulates local MSME economies, creates green jobs, and significantly reduces transport-related carbon emissions and logistical bottlenecks.
100
%
Safety Compliance
We maintain a strict record of zero safety incidents, ensuring 100% of our manufacturing floor staff are fully trained in chemical safety.
Our Core Values
Scientific Excellence
Driven by rigorous research in chemical engineering, rheology, and pigment volume concentration (PVC) optimization.
Environmental Responsibility
Dedicated to zero-waste principles and the intelligent integration of sustainable materials into our production processes.
Integrity & Trust
Complete transparency about our ingredients, performance metrics, and the true lifespan of our coatings.
Customer Centricity
Providing reliable, health-conscious, and beautiful solutions tailored for everything from large-scale industrial projects to residential homes.
