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Sodium Carboxymethyl Suspension For Lead Acid Battery Stabilization In Binder Of Cathode And Anode

Sodium Carboxymethyl Suspension For Lead Acid Battery Stabilization In Binder Of Cathode And Anode

Sodium Carboxymethyl Suspension Battery Stabilization

Sodium Carboxymethyl Suspension

Lead Acid Battery Stabilization CMC

Place of Origin:

China

Brand Name:

Linguang

Certification:

HALAL KORSHER ISO9001 HCCP ISO22000 ISO14001

Model Number:

BH8 BVH8 BH9 BVH9 BVH9 Ultra high visicosity BVH10

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Product Details
Type:
Lead Acid Battery
Cas No:
9004-32-4
Solubility:
Soluble
Manufacturer:
Linguang Manufacturer
Function:
Barttery Binder
Chemistry:
Lead-Acid
Appearance:
White Or Light Yellow Powder
Payment & Shipping Terms
Minimum Order Quantity
5mts
Price
USD
Packaging Details
25kg kraft paper bag with PE inner
Delivery Time
withing 15 days
Payment Terms
L/C, D/A, D/P, T/T
Supply Ability
1.5 ten thousand per year
Product Description

Sodium Carboxymethyl Cellulose For Battery Industry

 

 

 

CMC, with the strong cohesion, good heat stability, electrical conductivity and electrochemistry property, makes the active substance and electrolyte form the even and dispersive paste, and takes the hydrogen bond effect with the silicon, therefore, it is not only widely used as the binder of cathode and anode, gel for cathode protection, but also widely applied in the silicon base electrode and graphite modification.

 

Application in binder of cathode and anode

 

Binder has the great impact on the electrode property of the battery. Appropriate binder can effectively change the general performance of the electrode, and make the active substance, conductive agent and current collector contact evenly, and enhance the completeness of the electrode. As the binder, CMC can be widely applied in the kinds of electrode material such as lithium battery, natural graphite, mcmb, lithium titanate, tin-based, silicon-based negative electrode material and iron-phosphate-based lithium cathode material etc. It greatly enhances the battery capacity, circulation stability and lifespan circulation. CMC shows the effect in the binder of cathode and anode as follows:

*bind the active substance, conductive agent and current collector together;

*Fix firmly electrode material on the current collector;

*Excellent conductivity reduces the impedance between electrode material and current collector;

*Excellent electrochemistry property extends the battery capacity;

*Good heat stability enhances the battery circulation stability and lifespan circulation;

*Good electrochemistry stability, and stable with the electrode material and electrolyte;

*Release the expansion and shrink during the li-battery in charging or discharging;

*Less usage, strength bind, low load discharging;

*Safety, eco-friendly, and low cost.

 

 

  

 

Specification
Types
Items
BH8 BVH8 BH9 BVH9 BVH9
Ultra high viscosity
BVH10
1% Aq. Viscosity, mPa▪s
( Brookfield 30rpm 25℃)
20-500 500-5000 20-500 500-5000 ≥5000 500-4000
  400-2000        
Appearance White or slightly yellowish fibrous powder or particle
CMC content (w/%) ≥99.5
Degree of Substituion(D.S) 0.8-0.9 0.9-1.0 ≥1.0
Loss on drying(w/%) ≤10.0
PH value(10g/Lwater solution) 6.0-8.5
Sodium ethanolate(w/%) ≤0.5
Clorides(NACL w/%) ≤0.5
Sodium Glycolate(w/%)   ≤0.4
Sodium(w/%) ≤12.4
Au(mg/kg) ≤15
Fe(mg/kg) ≤15
Ca(mg/kg) ≤50

 

 

Sodium Carboxymethyl Suspension  For Lead Acid Battery Stabilization In Binder Of Cathode And Anode 0Sodium Carboxymethyl Suspension  For Lead Acid Battery Stabilization In Binder Of Cathode And Anode 1

 

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