Calcium Chloride with High Quality and Best Offer

Calcium Chloride with High Quality and Best Offer

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1. Structure of Calcium Chloride Description：

Property: White flake or grain crystal, its solubility is strong; Easy to dissolve in water. It has causticity.
Molecular Formula: CaCL2 , CaCL2 .2H2O
Molecule Weight: 110.98 , 147.01
CAS No.: 10043-52-4
Appearance: White Flakes / Ball / Powder/Granular

2.Main Features of Calcium Chloride：

calium chloride anhydrous ,cacl2 74% calcium chloride

Calcium chloride is an inorganic salt, which exists as solid or liquid. Solid calcium chloride is a white, crystal

3.Calcium Chloride Images

Calcium Chloride with High Quality and Best Offer

4.Calcium Chloride Specification

Item (Industrial Grade)	Quality Index
Purity ( As CaCL 2 )	74-77%	90-94%
Sulphate ( As CaSO 4 )	0.2 % max	0.2% max
Magnesium & Alkali Metal Chlorides ( As NaCL)	3.5% max	4.0% max
Alkalinity ( As Ca(OH) 2 )	0.2% max	0.25% max
Water insoluble	0.1% max	0.2% max
Item (Industrial Grade)	Quality Index
Purity ( As CaCL 2 )	74-77%	90-94%
Sulphate ( As CaSO 4 )	0.2 % max	0.2% max
Magnesium & Alkali Metal Chlorides ( As NaCL)	3.5% max	4.0% max
Alkalinity ( As Ca(OH) 2 )	0.2% max	0.25% max
Water insoluble	0.1% max	0.2% max
Arsenic ( As )	0.0002% max	0.0002% max
Heavy metals ( As Pb )	0.0005% max	0.0005% max

5.FAQ

1)How many tons does your factory can supply each moth?

30000tons/month

2)How to quarantee the quality of the products?

you can arrange SGS&BV or other quality inspection.

3)How many days you need to pepare the cargo after we made the order?

within 30 days.

Q:Inorganic salt of the inorganic salt function: Although inorganic salts in the cell content is relatively small, but there are many important role. Ca2 + is the animal bone and teeth (containing CaCO3) composition, and blood coagulation and muscle contraction has a regulatory role, if the content is too low, the animal will appear muscle twitch. K + is a variety of enzyme activator, for the plant starch and protein synthesis and animal nerve impulse conduction and muscle contraction also plays an important role. Fe is a component of hemoglobin and cytochrome, and iron-containing enzymes are indispensable when chlorophyll is formed in plants. Another example is Na + for animal heart beat, nerve excitement is indispensable. The various inorganic salts dissolved in the cells have a certain total concentration, such as human body fluid concentration of 0.9%, frogs of 0.65%, which for maintaining cell osmotic pressure, so that cells maintain a certain shape has an important role, too high or Too low will lead to cell due to water or dehydration to change the cell morphology. There are also a number of buffering systems in the body, which are a group which has a neutralizing effect on the added acid or base so that the pH does not change significantly and therefore plays an important role in maintaining the acid-base balance of the cells.

Q:Chemical formula The longest inorganic salt: The longest can have a large number of atoms, I remember the teacher said is more than a hundred different atoms or groups

Q:I had asked a similar question on GC operation last week, but for different kinds of compounds.For my biochem research project at school, I&#39;m testing the ability of a species of bacteria to biodegrade alcohols found in gasoline (methanol, ethanol, isopropyl, tert-butyl and cyclohexanol). The bacteria is growing in a solution of minute amounts of alcohols and Mineral Medium, which is basically just water and dissolved inorganic salts (CaCl2, KH2PO4, NH4NO3 and MgSO4).I know GC&#39;s are primarily used to separate organic mixtures. Can a GC separate organic compounds dissolved in salt water? Is it safe to put salt water in a GC? Or would I have to do an extraction to separate the alcohols and run the organic extract through the GC?: Do not let salts enter the GC. You will have to perform an extraction step and run that. Salts can precipitate in the column or degrade into reactive species that can corrode the GC. Water is OK since it will not destroy the column (I've run aqueous solutions before), but salts are not.

Q:Indicating the organic compounds and inorganic salts in the boiling point, melting point and solubility of what is the difference: Organic compounds are mainly covalently bonded, the mutual attraction between molecules is very weak, so its melting point, low boiling point, generally insoluble in water and soluble in organic solvents. Inorganic salts with ionic bonding, positive and negative ions electrostatic attraction is very strong, so the melting point, boiling point is very high, usually insoluble in organic solvents and soluble in water.

Q:Cells in the water, inorganic salts, protein, lipid, carbohydrate and nucleic acid six words how wrong this sentence: Divided into organic compounds and inorganic compounds are not two categories

Q:People do not eat salt tears with no inorganic salt: Salt can also be obtained from the food, can be lack of salt to the row of no salt (tears, sweat, urine salts are the body of the salt) estimated that people are almost dead.

Q:What are the two kinds of prime: Metal and non-metallic metal oxides non-metallic oxides

Q:I am a candidate for this year's Harbin City, Jiqiu the standard answer, tomorrow I will test !!!: The distribution of inorganic salts in the human body is extremely uneven. For example, calcium and phosphorus are mostly in hard tissue such as bone and teeth, iron is concentrated in red blood cells, iodine is concentrated in the thyroid, barium is concentrated in adipose tissue, cobalt is concentrated in hematopoietic organs, and zinc is concentrated in muscle tissue.

Q:Children eat what to add the body of inorganic salts: Such as fruits, vegetables, beans or soy products, kelp, eggs and so on. Eat hot and humid food: watermelon, bitter gourd, peach, ebony, strawberry, tomatoes, cucumber, mung bean and so on.

Q:What are the disadvantages of inorganic salt deficiency and too much: The role of inorganic salts in plant life Plants require the most inorganic salts to be nitrogen-containing, phosphorus-containing and potassium-containing inorganic salts. These three types of inorganic salts have different effects in plant life. Lack of performance nitrogen: to promote cell division and growth, so that leaves grow lush. Lack of performance: plant thin and thin, leaves yellow, severe leaves were light brown. P: Promote the development of seedlings and the opening of flowers so that the fruit and seed are mature early. Lack of performance: the plant is particularly short, leaves were green, and purple. Potassium: Stable stem to promote starch formation. Lack of performance: stems weak, easy to lodging, leaves the edge and the tip was brown, and gradually dry. In addition to these three types of inorganic salts, plants also require many types of inorganic salts. Among them, the demand for some inorganic salts is very small, but they are in the life of the plant also plays a very important role. For example, the lack of iron-containing inorganic salts, fruit trees will be yellow leaf disease; lack of boron-containing inorganic salts, rape will be "spent" (only flowering fruit)

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