In a high-stakes industry where raw materials are abundant but transformation is inefficient, one question remains:
Are you ready to extract more value — with less waste, less space, and no chemicals? At Loginns, we’ve developed the AT800 Series to bridge the gap between mined graphite and future-ready graphene.
Where others require space, chemicals, and complex infrastructure, the AT800 Series delivers:
Just 4.5 m² per unit – space-saving, stackable design
Full configuration produces up to 120 kg/h at less than 200 kWh
2–6 graphene layers, approx. 5 µm in size
No heat. No chemicals. No sonication.
From lab to full industrial roll-out – anywhere in the world
Whether you're refining raw materials or developing next-gen products, Loginns gives you the key to unlock new revenue streams across industries already investing in advanced materials. Don't just produce graphene – shape the industries that depend on it.
Batteries, supercapacitors & next-gen charge systems
Graphene’s extraordinary electrical conductivity, surface area, and mechanical strength make it a breakthrough material in energy storage.
Lithium-Ion Batteries:
Enhances electrode performance, enabling faster charging, higher capacity, and longer cycle life
Supercapacitors:
Improves energy density without sacrificing power density – ideal for fast-charging applications
Solid-State Batteries:
Facilitates stable interfaces and thermal conductivity in next-gen battery designs
Grid & Stationary Storage:
Enables more efficient load balancing in renewable energy systems
Why it matters:
Energy storage is central to the future of mobility, smart grids, and sustainability.
Aerospace, mobility & infrastructure reinforcement
Graphene-infused composites combine low weight with extreme strength and chemical resistance, creating materials that outperform traditional carbon fibers and polymers.
Aerospace & Aviation:
Strengthens fuselage, wings, and components with minimal weight gain
Automotive:
Enhances crash resistance in lightweight frames and panels
Civil Infrastructure:
Increases tensile strength and durability of concrete, asphalt, and coatings
Sport & Performance Gear:
Used in next-gen bicycles, helmets, skis, and protective gear
Why it matters:
Less weight = more efficiency. Stronger materials = longer lifespan. That’s true across industries.
Enhanced bonding strength for extreme environments
Thanks to its molecular structure, graphene acts as a powerful additive in adhesives — especially where mechanical stress, extreme temperatures, or chemical exposure are factors.
Construction & Engineering:
Structural bonding in load-bearing components
Electronics Assembly:
Heat- and current-resistant adhesives for circuit integration
Automotive & Aerospace:
Adhesives that retain strength under vibration and temperature shifts
Marine & Offshore:
High-performance epoxy systems for corrosion- and saltwater-resistance
Why it matters:
Adhesives are replacing welds and rivets — graphene ensures they hold up under pressure.
High-performance plastics, flexible electronics, functional coatings
Graphene enhances the mechanical, electrical, and thermal properties of polymers and elastomers, enabling entirely new product categories.
Flexible Electronics:
Graphene-based inks and substrates for wearable devices and foldable displays
Conductive Plastics:
Lightweight components for sensors, housings, and casings
Smart Coatings:
Anti-corrosive, anti-bacterial, and self-healing surfaces
Elastomers:
Stronger, more elastic materials used in seals, gaskets, and membranes
Why it matters:
Graphene transforms ordinary materials into multi-functional, future-ready solutions.
Request Technical DatasheetDid you know?
The global graphene market is projected to exceed $3 billion by 2030. With the AT800 Series, you’re not just producing – you’re participating.
At Loginns, we know that extraordinary claims require extraordinary proof. That’s why the graphene produced by the AT800 Series has undergone rigorous testing by independent third-party laboratories — validating:
(2–6 layers, ~5 micron lateral)
Consistent across production batches
Verified strength, conductivity, and durability
Industrial output with lab-level reliability
