Lithium based high viscosity acrylic adhesive PAALi-A (domestically produced)

This product is developed as a lithium-based, high-viscosity acrylic adhesive specifically formulated for use as a binder in experimental energy materials and battery research. Featuring a polymer architecture designed to accommodate high lithium-ion conductivity and strong adhesion to electrode active materials, it supports stable slurry preparation and consistent electrode coating. The PAALi-A series is characterized by its high viscosity, which facilitates uniform dispersion of conductive additives and active particles while maintaining mechanical integrity during cycling. Common applications include the fabrication of lithium-ion battery anodes and cathodes, particularly where electrochemical stability and adhesion under electrolyte wetting are critical. Offered in multiple package sizes ranging from 20 g to 1000 g, this binder enables scalable testing from laboratory coin cells to larger format pouch cells. Its domestic production ensures reliable supply for ongoing research into high-performance lithium-based energy storage systems.