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Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry
Good price Sodium lignosulfonate  Sodium lignin sulfonate for ceramic industry

Good price Sodium lignosulfonate Sodium lignin sulfonate for ceramic industry

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Quick Details

MF:
C20H24Na2O10S2
EINECS No.:
23-25-059
Place of Origin:
Tianjin, China
Type:
ceramic body reinforcing agent
Brand Name:
haida
Molecular Weight:
534.502 g/mol
Appearance:
Brown powder,Yellow Brown Powder
PH:
8.7
lignin content:
58
Solid content:
97.3%

Quick Details

CAS No.:
8061-51-6
Purity:
93%
Other Names:
sodium lignosulphonate
MF:
C20H24Na2O10S2
EINECS No.:
23-25-059
Place of Origin:
Tianjin, China
Type:
ceramic body reinforcing agent
Brand Name:
haida
Molecular Weight:
534.502 g/mol
Appearance:
Brown powder,Yellow Brown Powder
PH:
8.7
lignin content:
58
Solid content:
97.3%
Product Description

Introduction

1. Sodium lignosulfonate is a kind of natural highmolecular polymer, it has good and different extent dispersibility owing to different molecular weight and functional group.
2. Sodium lignosulfonateis a kind of surface active material, also can fix on the surface of various solid particle, make interaction with every metal ion.
3. Sodium lignosulfonate can also make condensation function and hydrogen-bond interaction with other chemical compound because of the exist of different active group in their organization structure.

Advantage

1. Reduces the water content by 5-10%
2.Decreases the concrete porosity
3. Increases the concrete strength by up to 25% (as less water is required for the concrete mixture to remain workable)
4. Increases the workability (assuming the amount of free water remains constant)
5. Reduces the water permeability (due to less water being used)
6. Reduces the diffusivity of aggressive agents in the concrete and so improves the durability of concrete
7.Gives a better finish to surfaces (due to all of the above)

Test items
Test standard
Test Results
Solid content
>97%
97.3%
PH(1% solution)
8-9
8.7
Insolble matter
<3%
2.9%
lignin content
55-60%
58
Chloride Content
<0.1%
0.08%
Sodium Content
7.0
7.0
Calcium Content
<0.3%
0.2%
Return content
<12%
11.5%
degree of fineness(mesh)
70-80
78
moisture
< 3%
2.7%

Usage

1. Refractory materials, ceramic dispersed, bonding, water-reducing enhancer, improve yield 70%-90%.
2. Wettable pesticides fillers and emulsifying agent. Binder of fertilizer granulation, feed grain binder.
3. Coal water slurry additives
4. Sediment control agent, sand-fixing agent.
5. Used in electroplating, electroysis, can make plating coat equality, non-tree patterns.
6. Concrete water reducer, suitable for the projects such as culverts, dams, reserviors, airports and highway etc.
7. Reduced dyes, dispersing dyes fillers, dispersing agents, acid dyes diluents.
8. In tanning industry as tanning aids.
9. Used as a choosing ore flotation agent and ore powder smelting bonder.
10. Long-acting slow-release nitrogen fertilizer agents, highly active slowrelease compound fertilizer improved additive agent
.

Storage and Handling

This can be easily stored in original closed and undamaged containers, in a dry place. The temperature for storage varies from 5?°C and 30?°C. Keeping away from moisture is always advised.
While handling this chemical, apt personal protective equipments should always be worn, to stay safe and secure. Any contact with skin or eye should be avoided.

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