Water treatment chemical PAC for drinking water food grade

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Loading Port:
Tianjin
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TT OR LC
Min Order Qty:
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Supply Capability:
6000 m.t./month

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Product Description:

Polyaluminium chloride PAC 30%min

1. Features of polyaluminium chloride
a. highest grade raw materials
b. light yellow powder
c. Low heavy metal

d. High AL2O3, 30% min
2. Specification of polyaluminium chloride

Industrial water grade:

Properties: sandy beige fine powder use spray drying technology.

Usages: The product is widely used for industrial water and wastewater treatment, such as those containing radioactive substances, lead (Pb + +) chromium (Cr + + +) highly toxic heavy metals and fluoride (F) sewage. In addition, also use in precision casting, paper, leather, etc.

Item

Specification guaranteed

AL2O3 % Min

30

Basicity 8%

50-90

Max. water insoluble %

0.05

PH value(1% content in water)

3.5-5.0

Drinkable water treatment:

Properties: Lemon yellow fine powder use spray drying technology.

Usages:The product is widely used for drinking water treatment, also use in precision casting, paper, leather, etc.


Item

Specification guaranteed

AL2O3 % Min

30

Basicity %

70-85

Max. water insoluble %

0.1

PH value

3.5-5.0

Fe, %, ≤

0.2

As, %, ≤

0.0002

Mn, %, ≤

0.0075

Cr 6+ %, ≤

0.0005

Hg %, ≤

0.00001

Pb %, ≤

0.001

Cd %, ≤

0.0002

Milk white PAC

Properties: White fine powder use spray drying technology.

Usages: Mainly used for portable water, urban sewage purification; in food processing industry, it's mainly used as sugar decolorization clarifying agent; as sizing auxiliary in paper mills; For cloth anti-creasing

Item

Specification guaranteed

AL2O3 % Min

30

Basicity %

40-60

Max. water insoluble %

0.01

PH value

3.5-5.0

Fe, %, ≤

0.2

As, %, ≤

0.0002

Mn, %, ≤

0.0075

Cr 6+ %, ≤

0.0005

Hg %, ≤

0.00001

Pb %, ≤

0.001

Cd %, ≤

0.0002

3. Packing of polyaluminium chloride

20kg / 25kg / 900kg / 1000kg  Plastic Bag




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Q:What is the importance of the minor inorganic salts to living organisms?
Salts are the result of the association of cations and anions. Cations are usually metals like Calcium, Sodium, Potassium anions are ususally sulfates, phosphates, carbonates...... calcium carbonate and calcium phosphate are useful in making bone. Potassium Chloride is important in heart beat regulation Sodium Chloride is important in maintaining blood pressure. Carbonate is important in blood chemistry and the transfer of energy within a cell. all these salts are found in abundance in the ocean. If you follow evolution, those salts in the ocean have given rise to our own blood chemistry and organic health.
Q:Are there any differences between minerals and inorganic salts?
For example, iodine in kelp, calcium lactate in sour milk, etc. These minerals are not inorganic salts.
Q:Do inorganic mercury salts bioaccumulate?
Yes they do bioaccumulate. Mercury builds up for years and years, and eventually sits in a residue of pure mercury. - JJ
Q:Seaweed, kelp, shrimp and other seafood, the content is more of the kind of inorganic salts
Iodine is an important material for the synthesis of thyroid hormones, the body long-term iodine deficiency will affect the thyroid hormone synthesis and thyroid development, will be endemic goiter, that is, big neck disease. Kelp, seaweed and other marine algae are rich in iodine, so eat kelp, seaweed and other iodine-rich foods can prevent big neck disease
Q:What is the difference between organic salt and inorganic salt?
one is organic while the other is inorganic
Q:What is the physiological function of inorganic calcium
Maintain cell osmotic pressure and acid-base balance
Q:What foods contain zinc-containing inorganic salts
2nd place: pecan (cooked) [walnut] (12.59 / 30g / 100g)
Q:salt is organic or inorganic?
inorganic
Q:Inorganic salt function
Inorganic salts can be used for a wide range of raw materials
Q:What is the use of inorganic salts in plants?
Nitrogen is the constituent of chlorophyll, chlorophyll a and chlorophyll are all nitrogen compounds. Green plants for photosynthesis, so that light energy into chemical energy, the inorganic (carbon dioxide and water) into organic matter (glucose) is the role of chlorophyll. Glucose is the raw material for the synthesis of various organic substances in plants, and chlorophyll is the factory for the manufacture of "grain" for plant leaves. Nitrogen is also an integral part of vitamins and energy systems in plants. The transpiration of plants, taken away by water, is similar to human sweating

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