GrapheneBlack™ is changing the game by transforming the way industries solve problems.
GrapheneBlack™ is a multi-functional additive designed to enhance plastics, composites, and battery technologies. In some industries, GrapheneBlack™ replaces traditional additives like carbon black or graphite at lower loading concentrations, enhancing performance, sustainability, and cost effectiveness.
Available in both powder and masterbatch forms, GrapheneBlack™ offers a broad range of benefits across multiple industries, including:
Prevents UV damage, maintains strength at low loading, and extends product life by resisting oxidation.
Enables electrical and thermal conductivity in normally inert materials.
Reduces flame retardant use by suffocating flames.
Enables higher recycled content and lowers additive costs.
Improves stiffness and strength for lightweight designs.
Enhances melt flow, reducing energy and time.
Blocks oxygen, moisture, and chemicals.
Reduces friction to improve processing and end-use performance while enhancing surface durability by minimizing wear and abrasion.
Our advanced carbon solution, Tribograf™, provides excellent lubricity to reduce friction and wear. Minimizes fluid loss, lowers weight on the bit, and enhances wellbore stability for smoother, more effective drilling, even in challenging conditions.
Supports sustainable packaging by enhancing mechanical strength, barrier properties that enable downgauging and thickness reduction by up to 20%.
Enhances thermal insulation (IR absorption), flame retardancy, and mechanical strength, to deliver improved thermal management and energy efficiency. Acts as an IR blocker for effective insulation; lowers peak heat release, shortens flame spread, and reduces smoke for better fire safety.
Replaces carbon black in thermoplastic geomembranes to improve longevity and resilience to aging. Enhances tensile strength and durability while reducing environmental impact. Ideal for waste management, water containment, and environmental protection applications.
Boosts UV and chemical resistance, improves Environmental Stress Cracking Resistance (ESCR), and reduces weight and resin use, all while enhancing durability and processability. Offers greener, cost-effective performance for injection molding, blow molding, extrusion, and other thermoforming processes.
Improves flexural modulus, strength, oxidation resistance, UV resistance, long-term durability, NCLS (Notched Constant Ligament Stress), and ESCR (Environmental Stress Cracking Resistance), supporting sustainable pipe and conduit solutions.
Our graphene-enhanced solutions deliver improved mechanical strength and surface quality in composites. This allows reduced weight, lower greenhouse gas emissions, and improved paintability across various vehicle components, such as hoods, quarter fenders, fairings, body panels, etc.
GrapheneBlack™ improves corrosion resistance, barrier properties and thermal stability.
Suitable for powder, epoxy and polyester coatings in construction, electronics, and automotive applications.
Our conductive, high-purity graphene grades are used in a wide range of energy storage systems and battery cells, including conductive additives for lithium-ion batteries, lead-acid, sodium-ion, aluminum, zinc, and other chemistries.
Explore our technical papers showcasing research and product performance data that validate GrapheneBlack™’s benefits across an array of applications.
Learn more about how our extensive industry knowledge and proven testing capabilities can optimize your products. Ready to take the next step?
