Graphene Leaders Canada (GLC), a Canadian advanced materials company, has announced the commercialization of its proprietary graphene-enhanced electroless nickel (EN) additive, marking a milestone in the Company's transition from research and development to commercial deployment.
Following years of scientific innovation, engineering, formulation optimization, and industry validation, GLC has brought its graphene nanoplatelets (GNPs) additive technology from the laboratory to real-world industrial applications, reporting significant improvements in corrosion resistance and wear performance over conventional electroless nickel coatings.
Designed for demanding industrial environments, the technology provides customers with a cost-effective solution to extend equipment service life, reduce maintenance costs, improve operational reliability, and enhance asset performance across the energy, oil and gas, mining, transportation, industrial manufacturing, aerospace, defense and military sectors, where enhanced durability and corrosion protection are essential.
“Transitioning advanced materials technology from laboratory development into commercial application represents one of the most significant challenges in bringing innovation to market," said Donna Mandau, President and CEO of Graphene Leaders Canada Inc. "This milestone validates years of research and
development and determination by our team and demonstrates that graphene can deliver measurable performance improvements while integrating into existing industrial coating processes."
"From an engineering perspective, our development program has focused not only on maximizing coating performance, but also on ensuring bath stability, process compatibility, and manufacturability, under commercial operating conditions. The ability to integrate graphene across multiple electroless nickel
chemistries provides a scalable platform capable of supporting a broad range of industrial applications where enhanced durability, extended service life, and reduced lifecycle costs are critical," said Andrew Migdal, Director of Coatings Engineering at Graphene Leaders Canada Inc.
GLC is currently supplying its graphene-enhanced EN additive to commercial partners and is actively expanding technical and commercial discussions across additional electroless nickel applicators, chemical suppliers, and industrial manufacturers throughout Canada, the United States, Europe and Asia. The Company's technology also demonstrates compatibility across multiple proprietary electroless nickel chemistries, creating significant opportunities for adoption throughout the global EN industry.
"Our commercialization strategy extends beyond a single product," added Mandau. "Our electroless nickel technology represents the first commercial application within a broader graphene technology platform. Our vision is to establish GLC as a global supplier of graphene-enabled technologies that improve infrastructure performance, reduce maintenance costs, and support a more sustainable industrial future."
GLC is actively seeking strategic partners, distributors, chemical manufacturers, applicators, end users, and industrial organizations interested in evaluating and commercializing its graphene-enhanced technologies across international markets.
