🚚 Free Worldwide Shipping on All Orders!Shop Now
Poly(acrylic acid) (PAA) Aqueous Binder for Silicon-Based Anode, 200 g/bottle - Lib-PAA
Poly(acrylic acid) binder (PAA) is a water-soluble polyacrylate with abundant functional groups. The carboxyl groups can form strong hydrogen bonds with both active material and current collector. It is widely used for slurry preparation of silicon-based anode material, LiFePO4, lithium sulfur battery and sodium ion battery electrode. Compared with Carboxymethyl cellulose (CMC) binder, the silicon anode using PAA binder has better cycling performance.
Specifications:
-
Appearance: Milky white liquid with light yellow.
- Average molecular weight of PAA: 700000
- Solidity: 6% +/- 0.3% (wt%)
-
PH: 7-8
-
Viscosity (40°C): 9000-13000 mPa. S
- No antioxidants added
Application Notes:
- Please click to see Step by Step Recipe for Preparing Anode & Cathode Electrode Slurry
- Tips: You may use a binder like below:
- Cathode: Cathode Powder+Conductive Graphite+PVDF+NMP
- Anode: Silicon Anode Powder+Condcutive Graphite+PAA
- You may use Digital Battery Electrode Paste/Slurry Viscosity Tester to achieve consistent slurry
- Please well mix the solution and make sure the binder is disolved into solution ( Vacuum mixer is better )
- The product is not warranted if you you use for other applications rather Li-Ion anode slurry
$27.65
Original: $79.00
-65%Poly(acrylic acid) (PAA) Aqueous Binder for Silicon-Based Anode, 200 g/bottle - Lib-PAA—
$79.00
$27.65Poly(acrylic acid) (PAA) Aqueous Binder for Silicon-Based Anode, 200 g/bottle - Lib-PAA
Poly(acrylic acid) binder (PAA) is a water-soluble polyacrylate with abundant functional groups. The carboxyl groups can form strong hydrogen bonds with both active material and current collector. It is widely used for slurry preparation of silicon-based anode material, LiFePO4, lithium sulfur battery and sodium ion battery electrode. Compared with Carboxymethyl cellulose (CMC) binder, the silicon anode using PAA binder has better cycling performance.
Specifications:
-
Appearance: Milky white liquid with light yellow.
- Average molecular weight of PAA: 700000
- Solidity: 6% +/- 0.3% (wt%)
-
PH: 7-8
-
Viscosity (40°C): 9000-13000 mPa. S
- No antioxidants added
Application Notes:
- Please click to see Step by Step Recipe for Preparing Anode & Cathode Electrode Slurry
- Tips: You may use a binder like below:
- Cathode: Cathode Powder+Conductive Graphite+PVDF+NMP
- Anode: Silicon Anode Powder+Condcutive Graphite+PAA
- You may use Digital Battery Electrode Paste/Slurry Viscosity Tester to achieve consistent slurry
- Please well mix the solution and make sure the binder is disolved into solution ( Vacuum mixer is better )
- The product is not warranted if you you use for other applications rather Li-Ion anode slurry
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Poly(acrylic acid) binder (PAA) is a water-soluble polyacrylate with abundant functional groups. The carboxyl groups can form strong hydrogen bonds with both active material and current collector. It is widely used for slurry preparation of silicon-based anode material, LiFePO4, lithium sulfur battery and sodium ion battery electrode. Compared with Carboxymethyl cellulose (CMC) binder, the silicon anode using PAA binder has better cycling performance.
Specifications:
-
Appearance: Milky white liquid with light yellow.
- Average molecular weight of PAA: 700000
- Solidity: 6% +/- 0.3% (wt%)
-
PH: 7-8
-
Viscosity (40°C): 9000-13000 mPa. S
- No antioxidants added
Application Notes:
- Please click to see Step by Step Recipe for Preparing Anode & Cathode Electrode Slurry
- Tips: You may use a binder like below:
- Cathode: Cathode Powder+Conductive Graphite+PVDF+NMP
- Anode: Silicon Anode Powder+Condcutive Graphite+PAA
- You may use Digital Battery Electrode Paste/Slurry Viscosity Tester to achieve consistent slurry
- Please well mix the solution and make sure the binder is disolved into solution ( Vacuum mixer is better )
- The product is not warranted if you you use for other applications rather Li-Ion anode slurry
