Oqitop engineers have tailor-made a titanium foam with micron-level filtration accuracy for a renowned battery manufacturer in Britain, establishing it as the ideal candidate for battery separator materials due to its exceptional performance.
This titanium foam features a high pore density of 300 PPI and an optimal porosity of 40%, ensuring seamless electrolyte circulation while delivering outstanding liquid retention capabilities. During charge and discharge cycles, the material significantly minimizes electrolyte loss, thereby enhancing battery performance and operational stability. Its precision-engineered structural design enables the battery to sustain high energy density and extended cycle life, even under prolonged and demanding usage conditions.
The Oqitop technical team has successfully surmounted key manufacturing challenges to achieve consistent micron-level filtration accuracy, effectively preventing the ingress of impurities and particulates within the battery cell. This critical barrier function substantially improves battery safety, reliability, and long-term operational integrity.
Oqitop engineers have tailor-made a titanium foam with micron-level filtration accuracy for a renowned battery manufacturer in Britain, establishing it as the ideal candidate for battery separator materials due to its exceptional performance.
This titanium foam features a high pore density of 300 PPI and an optimal porosity of 40%, ensuring seamless electrolyte circulation while delivering outstanding liquid retention capabilities. During charge and discharge cycles, the material significantly minimizes electrolyte loss, thereby enhancing battery performance and operational stability. Its precision-engineered structural design enables the battery to sustain high energy density and extended cycle life, even under prolonged and demanding usage conditions.
The Oqitop technical team has successfully surmounted key manufacturing challenges to achieve consistent micron-level filtration accuracy, effectively preventing the ingress of impurities and particulates within the battery cell. This critical barrier function substantially improves battery safety, reliability, and long-term operational integrity.
