Product Application:

This product is a PFAS-free copolymer binder that is soluble in organic solvents. It is suitable for the preparation of LCO, NMC, and other conventional cathode slurries, and can be used as a substitute for PVdF.

Product Features:

• Contains no fluorine; has a moderate molecular weight with a narrow distribution; is readily soluble in organic solvents
• Resistant to electrolyte swelling, significantly reduces battery internal resistance, and exhibits excellent electrochemical performance
• Good alkali resistance; suitable for LC0 and high-nickel NMC systems

Product Applications:

High molecular weight; superior dispersion performance for graphite anode active materials and conductive materials; a unique core-whiskler structure that simultaneously provides both point-like and chain-like coverage on the surface of dispersed materials, resulting in exceptional adhesion and flexibility; manufactured using specific monomer raw materials and an environmentally friendly polymerization process, ensuring stable performance.

Product Features:

• Good mechanical stability; does not demulsify under high-speed shearing; good freeze-thaw stability
• Excellent resistance to electrolyte, minimal swelling of the electrode sheet in electrolyte
• Excellent adhesion, no powder shedding, does not stick to the roller during high-speed rolling, and offers excellent processing performance for electrode sheets

Product Application:

This product is an emulsion-type binder made from an acrylate copolymer. Produced using a special core-shell polymerization method, it can replace the SBR emulsions currently available on the market. It is suitable for use as a binder in slurries for artificial graphite anode materials in lithium-ion batteries, and is designed for use in conjunction with CMC.

Product Features:

• The active material is encapsulated in a dot-like structure, exhibiting excellent dispersion properties and maintaining stability even under high shear rates.
• The electrode sheets have good processability and are flexible, making them suitable for winding.
• Improve fast-charging performance and low-temperature discharge performance, extend battery cycle life, and reduce DCR

Product Features:

• Carbon nanotubes with high specific surface area and high aspect ratio can serve as an alternative to traditional carbon black conductive fillers.
• Highly compatible with various types of water-based binders; does not agglomerate
• High electrochemical stability, suitable for high-voltage cathodes, and helps extend battery cycle life
• This can reduce the overall amount of binder and conductive agent used