All in one high performance and affordability for batteries
Adhesive bond replaced by superior interconnected molecular bond created by plasma
Nanoloy can fuse bond any carbon or metal to any other metal
Works with all current and future cell chemistries
Electrode Manufacturing Technologies for Batteries
We welcome battery material and EV battery producers to collaborate with us to fully exploit the commercial opportunities of this transformational technology to deliver safer, less expensive, higher performance batteries to car makers and consumers worldwide
Binder Based
Nature of the Bond
Adhesive
(easy to delaminate)
Production Throughput
30 to 50 m/min
Cost of Production
Low
Corrosion Resistance
Industry Standard
Level of Equipment Complexity
Low
Environmental Impact
Toxic solvents, forever chemical type binders
Current Market Leader
ALD
Nature of the Bond
Chemical bond
(very strong adhesion)
Production Throughput
<1 m/min
Cost of Production
Very High
Corrosion Resistance
Improved
Level of Equipment Complexity
High
Environmental Impact
Greater Carbon Footprint, but no solvents or binders
Emerging Competitor
PCVD
Nature of the Bond
Chemical bond
(very strong adhesion)
Production Throughput
1 to 5 m/min
Cost of Production
HIgh
Corrosion Resistance
Improved
Level of Equipment Complexity
High
Environmental Impact
Greater Carbon Footprint, but no toxic solvents or binder
Emerging Competitor
PLASMA PRINTING
Nature of the Bond
Mechanical
(Superior)
Production Throughput
30 to 60 m/min
Cost of Production
Low
Corrosion Resistance
High Industry Standard
Level of Equipment Complexity
Medium
Environmental Impact
No Solvents
No Binders
Non-toxic
NANOLOY
