11.28.23
Gessner's Craneglas is a unique wetlaid nonwoven made with coarse glass. Unlike typical micro glass separators which have a smaller pore size, Craneglas has a larger pore size making it suitable for a specific kind of primary, non-rechargeable battery. Lithium thionyl chloride batteries (LiSOCl2) have a liquid cathode, unlike other lithium batteries that have solid materials as their cathode.
Due to their high energy density, high discharge rate and long-life lithium thionyl chloride batteries are typically used in applications where battery replacement can be costly, in military applications and in areas with extreme temperatures. These batteries can withstand a wide temperature range from -60 to 85 degrees Celsius, making them particularly useful in colder climates. Craneglas materials enable the exceptional performance characteristics of these batteries to be realized under extreme conditions.
To further enhance the performance of batteries, Gessner has developed the Craneglas SD material. This variant boasts superior fiber dispersion and very uniform density & thickness. These attributes are critical in the battery market, especially in the winding process where precise thickness is paramount.
The uniformity of the Craneglas SD material ensures that each layer of the battery is consistent, which in turn guarantees optimal performance. A battery with inconsistent layer thickness can lead to uneven power distribution and ultimately, reduced functionality. Therefore, the homogeneity of Craneglas SD makes it an ideal choice for battery manufacturers.
Craneglas materials stand as a testament to innovative engineering. They demonstrate how specialized materials can significantly enhance the performance of batteries, particularly those used in demanding environments. With the development of Craneglas SD, Gessner has yet again raised the bar in battery technology, delivering a product that offers superior fiber dispersion and uniform thickness.
Due to their high energy density, high discharge rate and long-life lithium thionyl chloride batteries are typically used in applications where battery replacement can be costly, in military applications and in areas with extreme temperatures. These batteries can withstand a wide temperature range from -60 to 85 degrees Celsius, making them particularly useful in colder climates. Craneglas materials enable the exceptional performance characteristics of these batteries to be realized under extreme conditions.
To further enhance the performance of batteries, Gessner has developed the Craneglas SD material. This variant boasts superior fiber dispersion and very uniform density & thickness. These attributes are critical in the battery market, especially in the winding process where precise thickness is paramount.
The uniformity of the Craneglas SD material ensures that each layer of the battery is consistent, which in turn guarantees optimal performance. A battery with inconsistent layer thickness can lead to uneven power distribution and ultimately, reduced functionality. Therefore, the homogeneity of Craneglas SD makes it an ideal choice for battery manufacturers.
Craneglas materials stand as a testament to innovative engineering. They demonstrate how specialized materials can significantly enhance the performance of batteries, particularly those used in demanding environments. With the development of Craneglas SD, Gessner has yet again raised the bar in battery technology, delivering a product that offers superior fiber dispersion and uniform thickness.