Your team knows what is needed in order to design the most leading edge EDV battery. We understand how strength, resistance, chemical permeability and other factors are critical parts in developing the best product for your application. We will dedicate time and resources to help you discover that optimal combination of power, cycle life, and form factor to meet your specific requirements. Our team will help you continually push the boundaries beyond current technology.Learn More
If you are designing batteries for a utility company or a renewable energy farm, you understand their need to find more efficient ways to store and release power on demand at the lowest possible cost. As the population grows and the energy supply cannot keep up, you will be challenged with the need for higher density batteries to fit into even smaller spaces. Our engineers, scientists and chemists will collaborate with your team to find the best solutions for your product.
With mobile computing becoming ubiquitous with the advent of smart phones, tablets, smart watches, and wearable computing, portable electronics have become essential for both business and consumer users. Since their commercialization in the early 1990s, lithium-ion batteries have been the primary source of power for these devices.
From high energy applications requiring long battery life, thin form factors and rapid charging rates to high power requirements for fast discharging rates, Celgard has a strong portfolio of battery separators that are designed to provide optimal performance in consumer electronics applications.
Because of their unique characteristics and reliable performance, Celgard® separators can also be used in a broad range of specialty energy storage and other barrier-type applications, including NiZn batteries, zinc-air hearing aid batteries, NiCd aircraft batteries, ultra-capacitors, transdermal drug delivery, implantable and other medical devices. In addition to our standard product offering, Celgard offers a variety of specialty membranes that can be laminated to a PP nonwoven material or treated for hydrophobic or hydrophilic characteristics.
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