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Metal Powders for Renewable Energy Applications
Our advanced portfolio spans silver powders, precious metals, and metal powders, each engineered to drive innovation in renewable energy technologies.
Silver powders boost photovoltaic performance with superior conductivity and durability. Precious metals such as silver, gold, platinum, and palladium enhance battery efficiency, energy density, and reliability. Metal powders enable high-performance hydrogen fuel cells through efficient catalysis and durable components.
Together, these products support cleaner energy generation, storage, and conversion across solar, battery, and hydrogen applications.
Silver Powder for Solar Energy Applications
Silver powder is crucial in the solar energy industry, boosting the efficiency and durability of photovoltaic (PV) systems. Used in conductive pastes for PV cells, it enables efficient energy collection and transmission. Silver’s conductivity reduces losses, while its resistance to heat and corrosion ensures long-term reliability of solar panels, even in harsh environments.
- 17-574: Silpowder 574
- 17-587: Silpowder 587
- 17-572: Silpowder 572
Precious Metals for Battery Technologies
Precious metals are essential for advancing battery performance, enhancing efficiency, energy density, and durability across technologies such as lithium-ion, solid-state, and fuel cells. Silver’s exceptional conductivity improves energy transfer, while gold’s resistance to oxidation ensures reliable connectors and contacts. Platinum and palladium are critical catalysts in fuel cells, enabling efficient power generation.
Together, these metals support faster charging, longer lifespans, and reliable performance in extreme conditions, with applications in EVs, renewable energy storage, and portable electronics.
- 17-225: Silpowder 225
- 13-260: Platinum Powder 260
- 12-504: Gold Powder 504
Metal Powders for Hydrogen Fuel Cells
Metal powders are vital in hydrogen fuel cells, supporting efficient energy conversion, durability, and scalability. They enhance electrodes, catalysts, and bipolar plates—the core components of fuel cells.
Platinum and palladium powders serve as catalysts, driving the hydrogen-to-electricity reaction with high efficiency and long-term stability. Metal powders also enable durable, lightweight bipolar plates that conduct electricity while transporting gases. Precise particle size and purity ensure optimal conductivity, corrosion resistance, and compatibility with advanced designs.
- 10-830: Silver-palladium Powder 830
- 13-260: Platinum Powder 260
- 12-504: Gold Powder 504
