PAA-Li and PAA-Na Binders for CVD SiC/ SiOx Anode
BATTBOND 916L PAA Binder for High Kinetic Silicon Anode Batteries
To bind the active materials and metal collectors (Cu/Al) together to make sure the right processing performance and good electrical performance of the final LIB. PAA binder BATTBOND 916L has a higher modulus and a higher interaction with silicon particles, which generates a better elongation leading to a higher toughness for [...]
BATTBOND 290S3-Li PAA Binder for Silicon-based Anode Batteries
To bind the active materials and metal collectors (Cu/Al) together to make sure the right processing performance and good electrical performance of the final LIB. PAA binder BATTBOND 290S3-Li has a higher modulus and a higher interaction with silicon particles, which can better inhibit expansion.
BATTBOND 290S3 PAA Binder for Silicon-based Anode Electrodes
BATTBOND 290S3 High Adhesive and Cohesive Strength PAA Binder for Silicon-based Anode Electrodes A Water-based Polyacrylate Binder for Effectively Suppressing Electrode Expansion and Efficiently Improving Cell Durability Advantages: Small Resilience after Compact Low Internal Impedance Available Good Performance at Low Temperature and Excellent Cyclability Safe, Environmental, and Friendly to Industrial Sites [...]
BATTBOND 290S-Li PAA-Li Binder for Silicon-based Anode
BATTBOND 290S-Li is a water-based polyacrylate binder for effectively suppressing electrode expansion and efficiently improving cell durability. As a new environmentally friendly polymeric material, it can deliver an excellent adhesion between the electrode materials and the current collectors as well as an excellent cohesion properties among the electrode materials. It can [...]
BATTBOND 290S PAA Binder for Silicon-based Anode
BATTBOND 290S is a water-based polyacrylate binder for effectively suppressing electrode expansion and efficiently improving cell durability. As a new environmentally friendly polymeric material, it can deliver an excellent adhesion between the electrode materials and the current collectors as well as an excellent cohesion properties among the electrode materials. It can [...]