HNBR est diversificare suum usus et intrantes Lithium-Ion agro

HNBR potest applicari ad altilium ligula, dispersant, solidum statum electrolytici in Lithium altilium agro, et alia applicationem areas sunt investigentur et fractum per.

Pugna Binder est magna pars in Lithium-Ion gravida, quae habet a significant ictum in electroymica perficientur de altilium. HNBR habet optimum perficientur ut Lithium-ion altilium ligans et est in potential ad PVDF, cum optimum mechanica proprietatibus, adhaesionem, electroChemical stabilitatem, revolutio, et simul inferioris sumptus.

Dispersant is an important component of the slurry, due to the uneven dissolution of the conductive agent in the electrode slurry composition, the particles are prone to inter-particle dispersion or agglomeration, resulting in a decrease in the internal homogeneity of the slurry, which affects the service life of the finished battery and has a potential safety hazard. Ideo necesse est ad dispersi ad slurry ad promovere dispersionem variis particulis. Ze in et LG habent pertineret patentes certified, confirmans fasce et application of HNBR in agro dispersi. Expectatur quod foro mole PVDF in Lithium applications erit pervenire magis quam 100,000t in MMXXV, Hnbr replacement est promissum.

Electrolytici est unus de Core components de altilium, est medium ion motus et current conduction inter positivum et negative electrodes de altilium, et ejus qualis directe afficit ad altilium, et ejus quale vitae et exolvitur ad altilium, et ejus quale vitae et exolvitur ad altilium, et ejus qualis est vitae et in altilium.

HNBR expectat ut in fabricantibus idealis solidum-state altilium electrolytici, illic es iam felix exempla in Laboratory, cum innovation et breakthrough de altilium technology, in novissimis et breakthrough de altilium technology, in futurum spatio potest expectata.