Services
- Technical Consultation and Process Integration
- Material Certification and Quality Assurance
- High-Purity Graphene Production
- Custom Graphene Material Development
- Advanced R&D and Application Testing
1. Coating.
Graphene significantly enhances coating performance due to its exceptional mechanical strength, chemical stability, and impermeability to gases and moisture.
When incorporated into coatings, graphene forms a dense barrier that protects surfaces from corrosion, oxidation, and chemical attack. Its high thermal conductivity also improves heat dissipation, while its electrical conductivity adds anti-static or conductive properties. These attributes make graphene an ideal additive for advanced coatings used in marine, automotive, aerospace, and industrial applications, offering longer lifespan, improved durability, and reduced maintenance costs. Matrexia Advanced Technologies Pvt. Ltd. produces high-purity few-layer graphene (3–4 layers) using a patented mechanical exfoliation process that ensures structural integrity and consistency. Our graphene’s high surface area, excellent dispersion, and superior crystallinity make it ideal for advanced coatings—enhancing corrosion resistance, durability, and thermal conductivity for high-performance applications across marine, aerospace, and industrial sectors.
2.Energy Storage and Batteries.
Graphene significantly enhances energy storage and battery technologies due to its exceptional electrical conductivity, high surface area, and
mechanical strength. In lithium-ion and next-generation batteries, graphene improves charge/discharge rates, increases energy density, and extends battery lifespan by facilitating faster electron and ion transport. Its lightweight and flexible nature also supports the development of compact, high-performance energy storage systems, including supercapacitors and graphene-aluminum or graphene-silicon hybrid batteries, making energy storage more efficient and durable.
3. Aerospace and Automotive:
Graphene offers transformative advantages in both aerospace and automotive industries due to its exceptional strength-to-weight ratio,
high thermal conductivity, and superior electrical properties. In aerospace, graphene-reinforced composites are used to manufacture lighter and stronger structural components, improving fuel efficiency and performance while maintaining high mechanical integrity. Its thermal management capabilities also support advanced heat shielding and de-icing systems. In the automotive sector, graphene enhances the performance of lithium-ion and next-generation batteries by enabling faster charging, higher energy density, and extended lifecycle. Additionally, graphene-based coatings provide excellent corrosion resistance and durability, while its integration in tires and body panels contributes to reduced weight and increased safety, making vehicles more energy-efficient and resilient.
4.Biomedical and Healthcare:
Advancing medical applications with cutting-edge materials. Graphene’s biocompatibility supports advanced drug delivery, biosensors,
5.Construction and Infrastructure:
Graphene offers groundbreaking potential in construction and infrastructure by enhancing the performance, durability, and sustainability of
building materials. When incorporated into concrete, graphene significantly improves compressive strength, flexural toughness, and water resistance while reducing the material's carbon footprint. Its high surface area and chemical stability enable graphene to act as an effective nanofiller, limiting crack propagation and improving long-term structural integrity. In coatings, graphene provides superior anti-corrosion, thermal insulation, and fire resistance properties, making it ideal for infrastructure exposed to harsh environments. Additionally, graphene-enabled smart sensors embedded in structures allow for real-time monitoring of stress, temperature, and structural health, paving the way for intelligent, next-generation infrastructure systems.
6.Defence and Security
Graphene holds immense potential in defence and security applications due to its exceptional mechanical strength, lightweight nature, and superior conductivity.
It is being explored for next-generation body armour and ballistic shields that offer enhanced protection without adding bulk. Graphene-based coatings improve corrosion resistance for military vehicles and equipment, while its electromagnetic interference (EMI) shielding properties are crucial for stealth technology and secure communications. Additionally, graphene-enhanced sensors and energy storage devices contribute to smarter surveillance systems and more efficient battlefield electronics, positioning graphene as a strategic material for advanced defence innovations.
7.Textile & Wearables:
Graphene offers transformative potential in the field of textiles and wearable fabrics due to its remarkable strength, flexibility,
and conductivity. When incorporated into fibres or coatings, graphene enhances fabric durability while maintaining softness and breathability. It enables the development of smart wearables capable of sensing body movements, temperature, and bio-signals without the need for rigid components. Graphene-coated textiles can also conduct electricity, allowing seamless integration of flexible circuits, touch-responsive surfaces, and energy-harvesting elements directly into garments. Furthermore, graphene imparts antibacterial, UV-resistant, and moisture-wicking properties, making it ideal for next-generation clothing in fashion, sports, and health-monitoring applications.
