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Nanotechnology | TECHNOLOGY |

CENS Nanotechnology

CENS Nanotechnology transforms Li-ion batteries into fast-charge, high-energy power cells.

CENS Nanotechnology uses carbon nanotubes (CNTs), a nano material well-known to have super conductive properties, to substantially boost energy density and cycle performance in rechargeable Li-ion batteries.

CENS’ unique CNT dispersion technology produces a 3D CNT network that serves as an efficient conduit for accelerated transport of Li-Ion between the cathode and anode layers. Utilizing the special CNT structure, CENS Nanotechnology disperses CNT on cathode and anode particles with unmatched efficiency.

Far outstripping the capabilities of other CNT dispersion technologies, CENS Nanotechnology boosts the Li-Ion battery internal process with an unprecedented low CNT weight load of just 0.2%-0.6%. This reduces costs and further improves the sustainability of Li-ion power cells.

Nanotechnology

CN Booster

Driving fast-charging and high-power Li-Ion battery applications

CN Booster brings unmatched high-capacity, high-power and long-life capabilities to Li-ion batteries. A breakthrough product, it accelerates Li-ion mobility within any lithium-ion battery, enabling significantly increased battery capacity, especially under fast rates. CN Booster enables faster charging and with no impact on battery capacity.

Advantages

  • Ideal for all cathode and anode types
  • Smooth integration into cathode and anode
  • Ultra-low CNT weight load
  • Significant capacity increase under fast rates
  • Drop-in product – Easy integration into existing battery assembly line

Xtend

Taking Li-Ion battery capacity higher than ever before

Xtend is a breakthrough product that boosts initial battery capacity under a wide range of cycling rates, while preserving battery integrity and safety.

CNT-based and featuring a high internal capacity, Xtend is added to graphite anode to enhance anode capacity. Its unique carbon structure enables smooth blending with graphite. The highly developed surface area of Xtend significantly increases anode capacity with a very low CNT weight load of < 1.0%. Extremely stable, similar to graphite, the material parameters of Xtend do not hinder anode function during the cycling process.

Advantages

  • Ideal for all cathode and anode types
  • Smooth integration into cathode and anode
  • Ultra-low CNT weight load
  • Significant capacity increase under fast rates
  • Drop-in product – Easy integration into existing battery assembly line

Advantages

  • Carbon product with high affinity to graphite
  • Blends smoothly into graphite anode
  • Non-cracking – Preserves graphite anode volume changes during battery cycling
  • Ultra-low CNT weight load
  • Significant initial capacity increase at low rates
  • Drop-in product – Easy integration into existing battery assembly line

Drop-In Solution

Seamless Integration

CENS products are implemented as a single, plug-in device. Manufacturers of battery cells can seamlessly integrate CENS into the production line without changing their manufacturing process. With little effort or cost, manufacturers can dramatically increase the cost-effectiveness, efficiency and capabilities of their Li-ion products.

MANUFACTURING PROCESS CHAIN

Cell Component manufacturer Cathode/Anode

Powder product

CENS React

CENS Cathode/Anode Powder product

Cell Manufacturing

MANUFACTURING PROCESS CHAIN

Cell Component manufacturer Cathode/Anode

Powder product

CENS React

CENS Cathode/Anode Powder product

Cell Manufacturing

CENS CORE COMPETENCE

Extremely low CNT weight 02%-0.6%

Applicable to any type of LIB

Resulting high energy density and high power

Implementation will not require any change in cell manufacturing production line

CENS

Xtend

CN Booster

Silicon

Cathode

CN Booster

Driving
range

Reduce
$/kWh

Fast
Charging

75% increase capacity