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Graphene Innovation

Graphene New Material

The graphene preparation technology of APEX uses a physical photothermal reaction method, followed by irradiation with carbon dioxide laser light to form high-purity porous graphene materials.

Graphene New Material

The graphene preparation technology of APEX uses a physical photothermal reaction method, followed by irradiation with carbon dioxide laser light to form high-purity porous graphene materials.
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Graphene Solid-State Batteries

Safe and lightweight Graphene solid-state batteries can provide longer range,greater payload,and lower cost for Urban Air Mobility, EVs, drones,robotics,and other portable energy storage applications.

Graphene Solid-State Batteries

Safe and lightweight Graphene solid-state batteries can provide longer range,greater payload,and lower cost for Urban Air Mobility, EVs, drones,robotics,and other portable energy storage applications.
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Graphene Solid-State Electrolytes

Graphene solid-state electrolytes consists of graphene sulfoselenide and features excellent safety performance, high energy density, high charging and discharging speed, light weight, high rate, long cycle life.

Graphene Solid-State Electrolytes

Graphene solid-state electrolytes consists of graphene sulfoselenide and features excellent safety performance, high energy density, high charging and discharging speed, light weight, high rate, long cycle life.
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Applications

Powering electric transportation on land and in the air.

AI Solutions

Originally developed for one of the world’s toughest battery chemistries, Li-Metal, now applicable for both next generation Li-Metal and mainstream Li-ion, and across many applications including transportation, storage, robotics, consumer electronics and beyond.

Testimonials

About APEX

Apex is dedicated to accelerating the global energy transition through advanced material discovery and innovative battery management solutions. Our AI-enhanced graphene solid-state batteries, characterized by their exceptional energy density and power density, represent a groundbreaking advancement in battery technology.

These batteries are the first in the world to incorporate electrolyte materials discovered through artificial intelligence. They are designed for a wide range of applications, including land and aerial transportation, energy storage, robotics, drones, and beyond.

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