Soda Ash with Best Quality with the Lower Price

Soda Ash with Best Quality with the Lower Price System 1

Soda Ash with Best Quality with the Lower Price

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Loading Port:: China main port

Payment Terms:: TT or LC

Min Order Qty:: 21 m.t.

Supply Capability:: 3000 m.t./month

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1.Structure of Soda Ash Description：

Chemical name: sodium carbonate

Molecular Formula: Na2CO3

Appearance: white crystalline powder

Properties: soluble in water, alkaline aqueous solution significantly, and release heat, easy to deliquescence; react with the acid salt generated.

Uses: soda is the most important one of chemical raw materials widely used in chemical, glass, metallurgy, paper making, printing and dyeing, synthetic detergent, petrochemical, food, medicine and health industry, the amount of large, important in the national economy status.

Packaging & Shipping

packaging is only 50kg bag,jumbo bag....

Shipping: can load 25mt /20FCL

2.Main Features of Soda Ash：

1)High Quality

2)High Purity

3)Lower Price

4)Well Package

5)Supply by the biggest factory in China

6)Stable producing ability

7)Fast Shipment

3.Soda Ash Images

Soda Ash with Best Quality with the Lower Price

4.Soda Ash Specification

EXAMING ITEM	NUMBER
EXAMING ITEM	STANDARD	MEASURED
TOTAL ALKALI (BE ACCOUNTED WITH THE Na₂CO₃ ) %≥	98.80	99.30
CHLORIDE (BE ACCOUNTED WITH THE NaCl)%≤	0.90	0.53
IRON (BE ACCOUNTED WITH THE Fe)%≤	0.0060	0.003
WATER INSOLUBLE ≤	0.100	0.029
BULK DENSITY g/ml ≥	0.90	1.04
GRANULES, RESIDUE ON SIEVE(180μm) %≥	65.00	69
OUTLOOKING	WHITE SMALL GRAIN	WHITE SMALL GRAIN

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: Why plasma osmotic pressure and protein, inorganic salt content: Plasma osmotic pressure is divided into crystalline osmotic pressure and colloid osmotic pressure.

Q: Please help i need the answer for a classwork assignment due today. I&#39;ve looked everywhere online but i cant find the answer.: the web page (below) discusses: Basal Salt Mixtures The use of balanced salt solution (BSS) in cell and tissue culture is generally attributed to early workers in the field. In 1885, Sydney Ringer developed a solution of inorganic salts designed to maintain contractility of mammalian heart tissue. A less specific salt solution was designed by Tyrode for use in work with primary mammalian cells. Tyrode's salt solution became the accepted fluid for diluting protein components of media of natural origin. Since that time, many other balanced salt solutions have been developed for use in cell and tissue culture. The current role of balanced salt solution in cell culture is multi-faceted and can be divided into four principle functions. see web page for extensive discussion on the good things about it

Q: What is the composition of inorganic salts?: Most of the inorganic salts in the cell are present in the form of ions

Q: Does the milk contain inorganic salts?: Calcium, phosphorus, potassium .1L milk can provide 1g of calcium, and milk calcium and phosphorus ratio of 1.2: 1, close to human milk (human milk 1: 1), digestion and absorption rate, it can ensure that the baby's calcium Need milk milk in the very few, only 0.2mg / 100g, for the human milk 1/5, the baby, such as milk-based food feeding, the need to timely add iron and vitamin C foods such as egg yolk, liver mud, In addition, the milk also contains copper, zinc, manganese, iodine, molybdenum and other trace element

Q: Inorganic salt function: 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: Think about the physical and chemical properties of salt and sugar. What properties do these substances have in common? Describe which properties you could use to distinguish between them. What properties and units would you use to describe their physical and chemical characteristics? List as many as you can.: I believe it's Physical, most of the times such changes are physical, melting point, sublimation, evaporation, etc.

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: What is the difference between "organic salt" and "inorganic salt"? What is the difference between "organic salt" and "inorganic salt"?: Organic salts are organic acids with alkali (carboxylic acid) occurs in the reaction of the salt is called organic salt.

Q: would heterotrophic organism grow well in inorganic salt media? why or why not?: No. Heterotrophs get energy from the environment in the form of chemical bonds within organic molecules (such as glucose). An inorganic salt medium would not supply the needed organic molecules. Your heterotroph would starve.

Q: And what I specifically need are salts with Bromide, Chloride, Phospate and Carbonate ions.Thanks for any help.: That list is near endless. There are countless inorganic cations and organic groups that can combine with these ions. Pretty much every metallic element in the periodic table will form cations with bromide and chloride. Not sure about phosphate, but most metals will bind with it. Carbonate will be trickier, as some ions are too acidic and will decompose the carbonate (iron(III) is an example, and it will form the oxide instead, liberating CO2 in the process). Aside from simple elemental ions, there are also polyatomic cations (such as ammonium) and lots of complexes that will form compounds with these anions.

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