BIC Coat CP Membrane LC Anode
　Single-sided processing specification; 5~40 μm grade
  (available in 5, 10, 20, 30, and 40 μm).
　Double-sided processing is also available.
　Size　 Li foil 5x5cm-Copper foil 5x7.5cm, Li foil 10x10cm-Copper foil10x15cm　
 Li foil position   Copper foil tab on one side 2.5cm width Li foil centerposition
 Copper foil tab on both sides 2.5cm each  
 Unit of supply (minimum number of sheets): Set of 4 sheets　　　　　　　　
　

Piotrek Co., Ltd.
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INFORMATION 


　　           　Products-Electrodes　 　　PIOXCEL BIC-LC negative electrode (lower stage)　　　　

     
 　　       Since our inception, we have offered a range of positive and negative electrodes available in both A4 sheet formats and rolls with a 10 cm coating width.
                   Our product lineup features various capacity grades for each electrode type; designed around a "set sales" concept, these products allow for the easy
                   assembly of cells by combining positive and negative electrodes, offering the flexibility to meet diverse customer needs.
                   We invite you to consider purchasing our A4-sized sets, available in packs of three or six. We also accept orders for custom-made electrodes
                   tailored to your specific requirements, so please feel free to contact us.

 　　       Moving away from cobalt is essential for the next-generation rechargeable batteries used in EVs, given the scale of their consumption.
                     Iron phosphate-based active materials are attracting significant attention in this regard; however, they typically require operating
                    temperatures of up to 60°C to ensure stable performance. Our ion-conductive binder offers exceptional low-temperature characteristics,
                    promising stable operation at room temperature. In particular, the use of this highly conductive binder paves the way for room-temperature
                    LFP electrode cells. We invite you to try it out.

   

         　　           　  　Various electrodes with ion-conducting binder specifications are available.
         　　           　        Close-packed porous electrode structure                    　　           　                      
                                                      An electrode possessing the structure and performance to provide functional control over sheet resistance for next-generation lithium-ion batteries.
　   　                　

　　　　　           　This electrode excels in applications involving high-voltage, high-capacity, and solid-state electrolyte lithium-ion batteries.
　　　　　           　We hope this will be useful for your company's next-generation LIB cell development.

   　　           　 Electrode formulated with a highly conductive binder

　　　           　　　We offer various electrodes manufactured using the highlyconductive binderwe have developed.
　　　　           　　The formation of a film by interfacial coating on active material particles suppresses interfacial oxidative degradation of
                        high-nickel active materials (NCM811) and significantly reducing grain boundary resistance in the fabrication of
                        bulk electrodes incorporating solid electrolytes it has become possible.
　　　　           　　Please utilize our highly conductive binder to impart the specific functionality needed to control particle interfaces
                        such as those of active materials in accordance with your company's application requirements.
　　　　           　　If you specify the active materials, we can undertake contract manufacturing using our proprietary electrode production formulations.
　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　Click here for information on Na electrodes.

               
　　      　　           　                                PIOXCEL BIC-LC electrode
       　　           Conductive polymer-treated lithium metal foil jointly developed by our company and the Commonwealth
                      Scientific and Industrial Research Organisation (CSIRO) of Australia.
     　　           　The copper-foil-laminated negative electrode (PIOXCEL BIC-LC negative electrode) is an innovative material
                      that represents a major step toward the practical application of lithium-metal secondary batteries (LMB).
     　　           　It has become a matter of technology development.　
                      With a high capacity of 3,860 mAh/g, lithium metal holds great promise as the anode material for the ultimate lithium-ion secondary battery.
     　　           　While high hopes are placed on it, numerous methods are being explored to overcome its weaknesses namely, dendrite formation,
                      low Coulombic efficiency, and safety concerns universities and research institutions have taken on this challenge,
                      but three major weaknesses remain such as the inability to improve Coulombic efficiency even when dendrite formation is suppressed.
       　　           For the past few years, there has been underlying skepticism regarding the development of practical technologies
                     that use lithium metal for the Anode electrode.
     　　           　By achieving the goal of overcoming these three major weaknesses a result of our joint development with CSIRO
                     we were able to take a significant first step toward the practical application of LMB cells.

 　　           　 　

               




CONTACT
Please consult us first regarding materials and development for next-generation batteries.

Technical Consultation Office
Email  customer@piotrek-il.co.jp　　　　Compose an inquiry email　Ttelephone number　  075-257-0888
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