Water treatment chemicals Poly Aluminium chloride Drinking Grade PAC

Product property:

Molecular Formula:   [AL2(OH)nCL6-n]m

HS code: 3824909990

CAS No.: 1327-41-9

Product appearance:  

Light yellow powder

Product use: 

Widely used in the purification of drinking water, urban water supply and industrial water supply, etc…

Water treatment chemicals Poly Aluminium chloride Drinking Grade PAC Method of use: 

Solid products should be dissolved and diluted before input. The best input volume can be confirmed by testing and preparing agent concentration based on different water qualities.

1. Solid product: 2-20%.

2. Solid product input volume: 1-15g/t,

Specific input volume should be subject to flocculation tests and experiments.

Packing and storage: 

Every 25Kg of solid products should be put in one bag with inner plastic film and outer plastic woven bag. Products should be stored in the dry, ventilated and cool place inside the door for fear of damp. Don’t store them together with inflammable, corrosive and toxic goods.

Shelf life of products is one year.

Water treatment chemicals Poly Aluminium chloride Drinking Grade PAC Advantage: 

Fine Powder, readily soluble in water, excellent flocculant effects, stable and effective purification process, low throwing quantity and cost, low water insoluble sludge, low basicity and low iron content.

Environmental, healthy, safe, reliable, non-toxic, harmless.

Quality is higher than China National Standard GB15892-2009.

Water treatment chemicals Poly Aluminium chloride Drinking Grade PAC Specification: 

Name of indicator:

Indicator

National standard

Al2O3 % ≥

29.0

Basicity %

40 -90

Density (20ºC)/(g/cm3)          ≥

1.12

         Water insoluble % ≤

0.6

PH value (10g/L water solution)

3.5 ~ 5.0

As  %  ≤

0.0002

Pb %  ≤

0.001

Cd % ≤

0.0002

Hg %  ≤

0.00001

Cr 6+  % ≤

0.0005

Note: Indicators of As, Pb, Cd, Hg and Cr6+ insoluble of liquid products listed in the above table should be calculated by Al2O310%. When Al2O3 content is ≥10%, indicators of impurities should be calculated by converting the actual content to Al2O310% product proportion.