Lithium-Ion Archives - Black Diamond Structures

Ease of Use

Our Product arrives in liquid form which replaces a portion of the paste mixing water. Manufacturers of any size and scale can easily incorporate our products into their existing manufacturing process. Standard container sizes are 10L jugs, 200L drums, and 1,000L Totes.

Features and Benefits

Improves cycle life

Maintains excellent conductive network during cycling

Controls impedance growth caused by Si particle expansion during cycling

Enables 5-20% Silicon content anodes

Suitable to low and high solid content anode design

Energy Storage

Lead Acid

Our lead-acid product portfolio contains a custom-tailored collection of nanomaterial solutions which vary by the MOLECULAR REBAR® variety, stabilization agents used, and loading levels required for activity. Lab and partner data show enhanced charging capability, improved cold-cranking performance, and increased cycle life under normal and high-rate partial state of charge duties. These performance metrics translate to decreased warranty returns, sometimes as much as 95%, manufacturing cost reductions through elimination of excess materials, and the inception of new, advanced battery products.

To learn more about any of these applications, please contact us for more information.

Product Literature

Product Name	Application	Technical Data Sheet	SDS	Contact
Pb1100 Series	Automotive - SLI	TDS	SDS	EMail Us
Pb1200 Series	Automotive - EFB	TDS	SDS
Pb1400 Series	Motorcycle/Trike	TDS	SDS
Pb2100 Series	Inverter	TDS	SDS
	eRickshaw	TDS
	Solar	TDS
Pb2300 Series	eBike	TDS	SDS
Pb3200 Series	Golf Cart	TDS
Pb3400 Series	ESS	TDS	SDS
Pb4100 Series	Traction	TDS	SDS
PbAC	General	TDS	SDS
PBLite (NEW)	General	TDS	SDS

Lithium-Ion

Our lithium-ion product portfolio contains a mixture of solvent and aqueous-based formulations which are compatible with the various chemistries active in the lithium-ion industry today. These products also vary by grade of MOLECULAR REBAR®, stabilization agents used, and loading levels required for activity. Lab and partner data show robust improvements to charging capability (>4C) and high-power output along with true enablement (>800 cycles) of high energy-density silicon anode systems (>300 Wh/kg). These performance metrics translate to faster charging cells capable of storing more energy in a smaller space, perfect for the automotive and consumer electronic markets.

To learn more about any of these applications, please contact us for more information.

Product Literature

Product Name	Compatible Chemistry	Technical Data Sheet	SDS	Contact
Li1300 Series	Water (ex. Gr, Si)		SDS	Email Us
Li2100 Series	NMP (ex.LFP, NMC)		SDS
Li3200 Series	Dry Process	Under Development
Li5100 Series	Hexane	Under Development

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