Argylium has been created to be the strategic partner for both European and non-European customers.The company pursues this goal through the execution of a well-defined R&D and industrial roadmap.
of a differentiated Sulfide Electrolytes portfolio
critical raw material via partnership and/or back integration
along with worldwide technology licensing.
All-Solid-State-Batteries (ASSB) is a breakthrough battery technology having the potential to revolutionize the battery industry in the next decade. Compared to conventional batteries, ASSB are expected to be game-changers addressing key unmet needs such as higher energy density and better intrinsic safety, and a wider operating temperature range – all without compromising on fast charging capabilities and cost competitiveness. These batteries offer the advantage of easier integration into more compact and flexible systems.
In high-end electric vehicles, for example, ASSBs are expected to double the autonomy for a given battery volume or mass—a benefit that also applies to a wide range of specialty battery applications. With their superior safety, broader operational temperature range, faster charging capability, longer cycle life, and reduced environmental impact, ASSBs are the cornerstone of next-generation innovations.
Argylium’s technologies are key to enable 4th generation batteries for the EV market that offer greater range, enhanced safety, cost reduction and reduced charging times. ASSB with sulfide electrolytes are crucial for this growth, offering superior energy density (up to 500 Wh/kg), intrinsic thermal safety, and fast charging capabilities to drive mass EV adoption in the coming years.
ASSBs are of huge interest for aerospace, a field where safety is paramount with a very demanding compromise between the power and energy density. The intrinsic safety of solids combined with the energy density and power capabilities of sulfides based ASSB is critical and Argylium technology is key to significantly reduces the weight of the batteries, and improves the energy efficiency and range of aircrafts, eVOLTs and drones.
ASSBs promise higher energy density, better safety, and longer lifetime than today’s lithium‑ion cells, enabling thinner devices with longer runtime and faster charging. They also open the door to new form factors (ultrathin or ultra‑compact) that are interesting for wearables and next‑generation connected devices. With high performance Sulfide Solid Electrolytes Argylium helps accelerate the development of ASSBs for consumer electronics.
Due to their superior energy density, enhanced safety profile, and reliability in extreme conditions, ASSBs are a critical stake for the defense industry. They enable longer missions for drones, vehicles, and autonomous systems embarked in the battlefield without fire risks from traditional lithium-ion batteries. Argylium supports defense applications at sea, air and land, by delivering advanced Sulfide Solid Electrolytes for the next generation of ASSBs.
In the robotics industry, emerging ASSB are essential for ensuring extended autonomy, increased mobility, and optimal safety in industrial, collaborative, mobile, and humanoid robots. With its unique portfolio, Argylium helps to develop the most advanced battery technology adapted to those applications, from batteries integrated in sensors to large humanoid robots.
ASSBs are highly interesting for medical devices due to their superior safety (no flammable liquid electrolytes, eliminating fire or leakage risks), higher energy density enabling compact and lightweight designs, and extended lifespan with thousands of cycles. These features are ideal for implants like pacemakers where advanced designs are improving patient life. Argylium helps enable those ASSBs with its wide portfolio of Sulfide Solid Electrolytes.
Argylium collaborates with numerous industries and can tailor its Sulfide Solid Electrolytes to customers’ specific performance requirements. This integrated approach ensures not only product excellence but also a seamless customer experience, strengthening Argylium’s position as a trusted industry supplier.
At Argylium, we strive to make a responsible resource use (and include recycled raw materials) at every stage of our processes. This approach helps to minimize the environmental impact of our operations.
By driving recyclability end to end, we contribute to product designs thought for durability, reparability, reuse, and recyclability, so that fewer new resources are needed and product lifetimes are extended.
Take the first step towards 4th generation batteries.
