HD2126 ceramic binder can achieve different glass transition temperatures and elastic modulus through fine molecular structure regulation. The binder exhibits excellent dispersion properties for ceramic particles, high bond strength and good heat resistance (130°C, TD≤2%), and its excellent electrolyte affinity can reduce the internal resistance of the battery and improve its cycling performance.

| Model | Status | Solids Content (%) | Particle Size (nm). | Tg(°C) | Swelling (60°C/72h, %) |
|---|---|---|---|---|---|
| HD2126 | white emulsion | 45±1 | 350±500 | -35±10 | 350±150 |
For details, please contact our staff.
HD6121 is a highly heat-resistant ceramic binder with the introduction of a high heat-resistant unit into its molecular structure
HD2121 is a mixed-coated separator binder with a particle size of approximately 5 μm that transitions from particle size to glass transformation
HD6117 is a controllable particle size binder with an average particle size of approximately 1.0 μ m, used for membranes-
HD6190 is a separator binder with a particle size of about 0.9 μm. The special structural design makes it