Polyacrylamide (PAM) Factory Price

Polyacrylamide PAM unique advantages

1 Economical to use, lower dosage levels.
2 Easily soluble in water; dissolves rapidly.
3 No erosion under suggested dosage.
4 Can eliminate the use of alum & further ferric salts when used as primary coagulants.
5 Lower sludge of dewatering process.
6 Faster sedimentation, better flocculation.
7 Echo-friendly,  no pollution (no aluminum, chlorine, heavy metal ions etc.).

SPECIFICATION

Product	Type Number	Solid Content(%)	Molecular	Hydrolyusis Degree
APAM	A1534	≥89	1300	7-9
	A245	≥89	1300	9-12
	A345	≥89	1500	14-16
	A556	≥89	1700-1800	20-25
	A756	≥89	1800	30-35
	A878	≥89	2100-2400	35-40
	A589	≥89	2200	25-30
	A689	≥89	2200	30-35
NPAM	N134	≥89	1000	3-5
CPAM	C1205	≥89	800-1000	5
	C8015	≥89	1000	15
	C8020	≥89	1000	20
	C8030	≥89	1000	30
	C8040	≥89	1000	40
	C1250	≥89	900-1000	50
	C1260	≥89	900-1000	60
	C1270	≥89	900-1000	70
	C1280	≥89	900-1000	80

usage

Water Treatment: High performance, adapt to a variety of conditions, small dosage,  less generated sludge, easy for post-processing.

Oil Exploration: Polyacrylamide is widely used in oil exploration, profile control, plugging agent, drilling fluids, fracturing fluids additives.

Paper Making: Save raw material, improve dry and wet strength, Increase stability of pulp, also used for treatment of wastewater of paper industry.

Textile: As a textile coating slurry sizing to reduce the loom short head and shedding, enhance the antistatic properties of textiles.

Suger Making: To accelerate the sedimentation of Cane sugar juice and sugar to clarify.

Incense Making: Polyacrylamide can enhance the bending force and scalability of incense.

PAM can also be used in many other fields like Coal washing, Ore-dressing, Sludge Dewatering, etc.

In the next three years, we are committed to becoming one of the top ten export enterprises in China’s fine daily chemical industry, serving the world with high-quality products and achieving a win-win situation with more customers.

Polyacrylamide product selection considerations:

① The selection of flocculants must fully consider the requirements of process and equipment.

② The strength of the flocs can be improved by increasing the molecular weight of the flocculant.

③The charge value of the flocculant must be screened through experiments.

④Climate change (temperature) affects the selection of flocculants.

⑤ Select the molecular weight of the flocculant according to the floc size required by the treatment process.

⑥ The flocculant must be fully mixed and dissolved with the sludge before treatment.