NanoXplore’s graphene-enhanced compounds are designed to deliver lightweight yet robust materials that significantly improve polymer performance. They enhance key properties, such as abrasion resistance, strength, durability, and thermal stability. Depending on the specific formulation and graphene content, these compounds can be tailored to meet diverse application needs across industries, including automotive, electronics, and packaging. In the automotive sector, our polyamide compound provides superior thermal stability and substantial resistance to wear and tear.
NanoXplore's graphene improves composite performance, producing stronger, lighter, and higher-quality products across multiple industries. Our commitment to quality and compliance is part of how we ensure these innovations meet the highest standards. As a fully integrated graphene supplier, NanoXplore offers a comprehensive range of solutions including graphene powder, custom graphene-enhanced masterbatches, graphene-enhanced recycled compounds, and specialty composite products. Through our GrapheneBlack™ series, NanoXplore is changing the composite materials industry by enhancing materials and processes like Sheet Molding Compound (SMC), Direct Long Fiber Thermoplastic (DLFT), pultrusion, Resin Transfer Molding (RTM), Reaction Injection Molding (RIM), plastics injection molding, and compression molding. NanoXplore's commitment to quality and innovation is reflected in our extensive work within the transportation sector. Our GrapheneBlack™ SMC sets new benchmarks for automotive composites, meeting rigorous industry standards and enabling lighter, stronger, and higher-performing components, from body panels and enclosures to critical structural parts in passenger and heavy commercial vehicles.
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With GrapheneBlack SMC™, our proprietary SMC technology, NanoXplore redefines the performance of traditional compounds and polymer-based composites. This advanced material surpasses the capabilities of conventional solutions, offering superior mechanical properties and durability. Its unique formulation unlocks new possibilities in manufacturing, enabling the production of stronger, lighter, and more reliable high-performance parts across demanding industries. Key Benefits - Weight reduction: lighter parts for improved performance and fuel efficiency. - Superior mechanical properties: Enhanced strength, stiffness, and durability for safer, longer-lasting parts. - Enhanced surface quality: Class A finishes with better paintability and UV resistance. - Crack resistance: Increased durability under stress. - Moisture resistance: Stable performance in varied environments. - Thermal and electrical conductivity: Improved heat and electrical management, essential for battery components. - Sustainability: Supports emissions reduction and better fuel economy or EV range. Applications Automotive and transportation: body panels, enclosures, structural parts, oil pans, and other key components.
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Graphene integration enables stronger, longer-lasting composite profiles without adding weight or complexity. This solution supports manufacturers looking to increase product longevity, UV resistance, and performance in high-demand structural applications. Key Benefits - Increased tensile strength and stiffness - Lightweight, durable parts with extended lifespan - Enhanced resistance to wear, and UV Applications - Construction (structural beams, profiles) and infrastructure sectors - Renewable energy and agriculture (wind turbine components, greenhouse supports, irrigation systems) - Automotive components (panels, supports, underbody parts)
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Designed for demanding, high-performance applications, our graphene-enhanced DCPD delivers superior material properties without compromising on weight or design flexibility in RIM. Whether you are developing next-gen automotive components or rugged industrial parts, this solution helps improve both mechanical durability and thermal management. Key Benefits - High strength-to-weight ratio. - Enhanced impact resistance and toughness. - Improved sustainability through reduced emissions. Applications - Automotive parts (bumpers, hoods) - Consumer electronics (durable housings) - Industrial components (electrical enclosures, structural parts)
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