Specifications

PAM:
1)Easy to dissolve;
2)High efficiency;
3)High molecular;
4)Certificate:ISO9001:2008

                                        

Physical property: [-CH2-CH(CONH2)]n

Polyacrylamide PAM is a linear polymer.It is soluble to water, insoluble to common organic 

solvents like benzene, ethylbenzene, esters, acetone.PAM is hygroscopic and the hygroscopicity is 

correlative to its ionization. The aqueous solution of PAM is an almost transparent thick liquid which 

is nontoxic and noncorrosive. PAM is stable to heat up to 100°C. Above 150°C, it decomposes to nitrogen and transmolecular iminization accures, which render it insoluble to water. The density 

of PAM is 23C 1.302 g/ml, and its vitrification temperature is 153C. PAM shows non-newton fluid 

features under stress.

Application:

1)In papermaking process ,can improve the wet strength ,used for retention aid agent, intensifier;

2)Used for coagulant, flocculation agent, sludge dehydrating agents in water treatment;

3)Used for drop agent and driving agent in oil exploration;

4)PAM is also widely used for thickening, stable friction reduction, colloid, binding, film, biomedical 

materials etc.

Product Advantages:

1)Easy to dissolve;

2)High efficiency;

3)High molecular;

4)Certificate:ISO9001:2008

Cautions:

1) Dissolution operation shall be done in plastic, porcelain and stainless steel agitator tanks and far away from irons;
2) It is required to place in cool dry rooms(below 35 celsius degree),and prevent high temperature and sunshine in transportation and storage.

Quality Index:(HG3-1290-80)

Index	Cation microemulsion	Anion microemulsion	Non-ion microemulsion	Zwitterion microemulsion
Appearance	Semitransparent white emulsion
Molecular weight Ionization rate	8-12 million	Over 20 million	8-12 million	1-6 million
Solid content	40-50% 30-40%	20-30% ≤30%	30-40%	Cation 10-50% Anion 10-25% ≤30%
Effective PH value	1-10	7-14	1-8	1-14
Insoluble substances	None	None	None	None
Residual monomer	≤0.1%	≤0.1%	≤0.1%	≤0.1%
Solubility(normal temperature)	3 minutes	3 minutes	3 minutes	3 minutes