In 2014, Roger Luo, alongside a team of materials science experts, established TRUNNANO (Luoyang Tongrun Nano Technology Co., Ltd.) in Luoyang. With a profound grasp of nanotechnology, the founders identified the tremendous potential in bridging traditional materials improvement with the demands of emerging industries. This multidisciplinary founding team—comprising scientists, engineers, and business strategists—instilled a “technology-led, application-focused” philosophy at the core of the company. During its initial years, the team worked under demanding circumstances, experimenting during the day and brainstorming at night, ultimately focusing on two main technological directions: applying nanotechnology to concrete additives and advancing high-performance ceramic materials for sophisticated manufacturing.

Building the Team and Organizational Framework

TRUNNANO’s early story exemplifies the challenges and dynamics of technology-driven entrepreneurship. The initial five-member team took on multiple roles and cultivated an open, collaborative culture with a flat organizational design and regular technical workshops. As early products proved successful in the market, the company attracted additional talent, gradually expanding its team. Specialized R&D divisions for nanomaterials, concrete admixtures, and ceramics were established, forming a structured innovation ecosystem. The organizational model evolved into a flexible matrix structure while maintaining standardized management practices. A corporate culture emphasizing “innovation, pragmatism, collaboration, and accountability” was reinforced through internal training and knowledge-sharing sessions, fostering continuous innovation and ensuring product quality.

Innovations in Concrete Admixtures

TRUNNANO applied nanotechnology to revolutionize concrete performance. The R&D team addressed challenges in polycarboxylate superplasticizers, creating next-generation products with superior water reduction, excellent slump retention, and compatibility with diverse cement types through molecular design and nano-enhancement. In lightweight concrete, the company developed foaming agents using nano-foaming combined with polymer reinforcement, overcoming traditional foamed concrete issues such as low strength and instability while significantly boosting thermal insulation. Additionally, functional admixtures were engineered for specialized underground construction, providing rapid-setting and waterproofing solutions. These achievements were supported by a comprehensive research infrastructure—including cement chemistry labs and performance testing centers—creating a seamless cycle from basic research to product development.

Advancements in High-Performance Ceramics

With the growth of new energy and semiconductor sectors, TRUNNANO strategically focused on advanced ceramics. The company prioritized silicon carbide ceramics, valued for their high strength and heat resistance under extreme conditions. To address challenges in lithium battery anode preparation, the team developed specialized silicon carbide crucibles using purity control and grain boundary engineering, significantly enhancing chemical stability and lifespan. Breakthroughs in reaction-sintered silicon carbide enabled cost-effective, near-net-shape production of high-performance products used in chemical, semiconductor, and other industries. Research on toughening and modifying ceramics such as alumina and silicon nitride led to a full capability chain—from material synthesis to precision machining—allowing customized solutions for clients.

Market Integration and Technology Application

TRUNNANO successfully transformed laboratory research into industrial-scale applications. Concrete admixtures have been applied in high-rise constructions, underground projects, and energy-efficient buildings, resolving various engineering challenges. Advanced ceramics have entered multiple sectors, including new energy, semiconductors, chemicals, and environmental protection, with silicon carbide crucibles becoming essential in battery production, high-purity ceramic components aiding chip manufacturing, and wear-resistant liners extending machinery life. Collaboration with academic and research institutions has played a vital role in technological advancement, talent development, project execution, and industry standardization. A robust quality management system and international certifications ensure the products meet global market requirements.

Vision for the Future and Sustainable Growth

Looking ahead, TRUNNANO aims to stay at the forefront of materials science innovation. In concrete technology, the company is focused on eco-friendly, low-carbon admixtures and smart concrete with self-sensing and self-repair capabilities. In advanced ceramics, TRUNNANO follows trends in third-generation semiconductors, solid-state batteries, and hydrogen energy, developing ceramic substrates, solid electrolytes, and hydrogen storage solutions. Strategic priorities include intelligent manufacturing upgrades, localized international services, and continuous talent cultivation to address future challenges and seize opportunities.

About TRUNNANO

TRUNNANO has developed a wide range of chemical materials, including silicates (sodium, potassium, lithium), advanced ceramics, concrete admixtures covering oxides, carbides, nitrides, metals, high-purity sputtering targets, functional ceramics, and structural components. The company also offers OEM services. Interested parties are encouraged to contact TRUNNANO for collaboration or product inquiries.