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Redefining Composites with Graphene Innovation

Discover how NanoXplore’s GrapheneBlack™ technology allows composites to be lighter, stronger, and made from sustainable materials for the industries of tomorrow.

Graphene-Enhanced SMC (Sheet Molding Compound)

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.

Graphene-Enhanced RIM (Reaction Injection Molding – DCPD)

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)

Graphene-Enhanced Recycled Plastics

Our graphene-enhanced recycled plastics offer improved mechanical properties and processing benefits when compared to conventional additives in polymers. By integrating graphene at the formulation stage, we enable manufacturers to achieve better durability, longer product lifespan and performance, while also improving sustainability through increased recyclability, downgauging, and lightweighting.

Key Benefits

Enhanced mechanical properties, particularly stiffness and strength
Improved barrier properties and resistance to polymer degradation
Multiple processing cycles without loss of performance
Cost reduction by enabling greater use of recycled resins and fewer additives
Can achieve black color specifications

Applications

Packaging (durable containers, films
Consumer goods (durable plastic parts, housings)
Automotive components (interior and exterior structural plastics)

Graphene-Enhanced Pultrusion

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)

Graphene-Enhanced Resin Transfer Molding (RTM)

By enhancing RTM with graphene, we enable the production of more robust, thermally efficient, and longer-lasting composite parts. Ideal for manufacturers aiming to combine complex part design with high-performance outcomes.

Key Benefits

Better heat management for electronics and automotive parts
Superior mechanical properties
Reduced production cycle times & defect

Applications

Automotive and transportation industries (battery enclosures, housings)
Class A components (e.g. roofing, roof fairings)
Structural parts (e.g. body panels)

Talk to us about your project

Explore the full potential of GrapheneBlack™ composites. Request our technical datasheets or speak with our experts to identify the solution to fit your needs.

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