AONE Water-based Binder for Negative Electrode
A ONE (powder) is the only water-soluble ultra-high molecular powder-type negative electrode binder available on the market. It possesses unique adhesion and ion conduction functional groups, thereby demonstrating excellent bonding strength and cohesion, as well as outstanding anti-rebound capability and kinetic performance. This makes it particularly suitable for battery systems with high energy density and long cycle life. The product exhibits good dispersibility and suspension stability towards active materials, while providing exceptional bonding effects. A ONE powder offers the advantage of low usage and high slurry stability, effectively suppressing expansion. In comparison to solution-type binders, powdered binders significantly reduce transportation and storage costs, making them highly favored by our domestic and international customers.
Composite adhesive for foil coating
AONE is a high molecular weight water-soluble acrylic copolymer, which is an "AllinOne" binder with good dispersion performance, suspension stability and excellent adhesion to active materials. Through the design of the structural unit of the polymer chain and the specific synthesis process, AONE has a high molecular weight and narrow molecular weight distribution, so that it can still show good adhesion at a low dosage. AONE adhesive has good flexibility, which solves the problem of high brittleness of traditional polypropylene adhesives.
Composite adhesive for foil coating
AONE is a high molecular weight water-soluble acrylic copolymer, which is an "AllinOne" binder with good dispersion performance, suspension stability and excellent adhesion to active materials. Through the design of the structural unit of the polymer chain and the specific synthesis process, AONE has a high molecular weight and narrow molecular weight distribution, so that it can still show good adhesion at a low dosage. AONE adhesive has good flexibility, which solves the problem of high brittleness of traditional polypropylene adhesives.