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NEW ECO-FRIENDLY BATTERY

A unique symbiosis of nanocomposite technologies that combines the latest achievements of physics, chemistry and materials science.

New eco-friendly batteries for a wide range of applications.

NXB Battery
  • Energy intensity: 500+ Wh/kg

  • Fire safety

  • No rare earth and toxic materials

  • 100% recycling after use

  • Ultra-fast recharge

  • Temperature does not affect capacitance and discharge

  • Simple maintenance

  • The widest range of applications

$

100

for 1 kW

NEW LEVEL TECHNOLOGY

NXB – It is an innovative technology that allows the production of energy-intensive, ultra-thin and flexible energy sources.

  • The battery consists of many basic modules combined into one product.

  • The basic module is a complex physicochemical complex: metal/membrane/liquid. The basic module operates as a dry metal-oxygen fuel cell. 

  • The basic module has a thickness of about 0.5 mm and is unlimited in size, easy to bend and twist. The module can be given any desired shape.

NXB Technology
NXB Technologies 2

The core of the technology is a planar metal-oxygen micro-fuel cell, where the fuel is the free electrons of the metal.
All components of the basic module are connected to each other at the molecular level.
Special ionic liquid molecules and carbon nanotubes are directly embedded in the membrane. One of the sides is coated with metal foil.

NXB Technologies 3

Cathode:

Membrane + i-Liquid + mesh graphene collector

Anode:

Metall foil

BASIC SPECIFICATION
NXB Basic Specification
NXB Plast
ADDITIONAL FEATURES & BENEFITS
  • We use a patented technological process and original technological equipment developed by our company.

  • In the manufacture are used: target carbon (graphene) nanotubes, which give one of the sides of the basic module a characteristic black color; solid electrolyte, also patented by our company.

  • All battery cells are dry, capable of operating at temperatures from -50°C to + 70°C without changing the capacity, since there are no liquid components that could be frozen or evaporated.

  • Primary modules are flexible and do not require an additional package, which allows electronics manufacturers to create power devices of various shapes and sizes.

WORKING PROTOTYPE
NXB Domestic
MODEL LINES

POWER BANK

Models: S/L/XL

Energy intensity: 30 000 ÷ 600 000 mAh

PORTABLE POWER PLANT

Models: N/NL

Energy intensity: 3 000 ÷ 11 000 Ah

DRONE

Models: F/D/XD

Energy intensity: 3 100 ÷ 50 000 mAh

BIKE/SCOOTER

Models: X/XL

Energy intensity: 60 000 ÷ 150 000 mAh

AUTOMOTIVE

Models: S/SL

Energy intensity: 200 ÷ 300 kWh

NXB AUTOMOTIVE

SCOPE OF APPLICATION

NXB Scope
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