AT ANTEOTECH ENERGY WE ARE WORKING TO MEET EVER-INCREASING PERFORMANCE DEMANDS FOR ELECTRIC VEHICLES, ENERGY STORAGE SYSTEMS AND CONSUMER ELECTRONICS.
We aim to increase the anode’s storage capacity and allow lithium ion batteries to be manufactured cost effectively, lighter and more compact by using a proprietary nanotechnology platform featuring a unique suite of multi-functional compounds used to create high value anode components.
At Anteotech we have developed a scalable silicon composite that will allow for the simple integration of larger quantities of silicon into the anode driving up storage capacity. Complementary to the silicon composite as the active material, our cross-linked binder program supports silicon anode development to further drive battery performance.
Features & Benefits
AnteoTech Energy is focussed on improving the energy storage capacity of lithium ion battery anodes.
Silicon composite program
AnteoTech’s silicon composite consists of a micron-sized particle with a nano-structured core that integrates silicon into a conductive network. The silicon composite can be processed along with conventional active materials for simple implementation within current production processes.
Cross-linked binder program
AnteoTech’s unique cross-linker technology increases electrode coating cohesion of lithium ion battery electrodes. The cross-linked binder targets the formation of three-dimensional networks, connecting coating components and enhancing the properties of the used binder system.
At the heart of AnteoTech Energy’s product development roadmap is AnteoCoat™, a versatile and proprietary suite of compounds that enable the control of material interactions and properties in entirely new ways. Serving the complex needs of energy storage applications, it can provide rapid and strong binding to a range of materials leading to:
- Easier particle processing via control of surface charge
- Controlled interactions between particle, polymer and metal surfaces
- Assembly of composite structures with tailored properties
Today, we recognise that conventional materials used in energy storage systems, such as lithium ion batteries are limited by the level of energy that they can provide by weight and volume.
AnteoCoat™ enabled silicon and battery solutions are pushing battery chemistry beyond the current limits, offering a spectrum of opportunities.
Products and battery material components enabled by AnteoCoat™ nano-film binders are designed to offer the industry a path to increase storage capacity and manufacturers with an easy-to-implement, scalable and low-cost solution for volume production. For this reason, our water-based chemistry is perfectly suited to slot into existing and future battery manufacturing processes, avoiding the use of expensive and problematic organic solvents.
Find us at the office
Gieser- Madigan street no. 4, 89728 Tokyo, Japan
Give us a ring
+96 551 917 434
Mon - Fri, 10:00-17:00