New Energy Industry (Power Batteries, Energy Storage, Aluminum Electrolysis & Lightweighting)

New Energy Industry (Power Batteries, Energy Storage, Aluminum Electrolysis & Lightweighting)

Target Clients: Major lithium battery manufacturers, aluminum smelters, new energy vehicle OEMs & component suppliers

Nano-Scale Hexagonal Boron Nitride (h-BN) Powder

Application: High-temperature resistant coating on lithium battery separators to effectively inhibit thermal runaway; thermal conductive filler for energy storage converters.

Titanium Diboride (TiB₂)

Application: Wettable inert cathode material for aluminum electrolytic cells, drastically cutting power consumption of aluminum smelting and extending cell service life.

Copper Boron Alloy (CuB)

Application: Alloy modification additive for high-power copper busbars in energy storage and lead frames of new energy vehicles, improving copper strength and heat resistance.

Aluminum Diboride (AlB₂)

Application: Reinforcing particles for lightweight structural components such as automotive aluminum alloy wheel hubs and chassis, enhancing wear resistance and rigidity of aluminum matrix composites.

Ferroboron Alloy (FeB, 17–20% Boron Content)

Application: Micro-alloying modifier for high-strength gear steel and bearing steel in new energy vehicles, elevating steel hardenability.