• Calcium Carbide with SGS TEST and Lower Price System 1
Calcium Carbide with SGS TEST and Lower Price

Calcium Carbide with SGS TEST and Lower Price

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
22.5
Supply Capability:
1000 m.t./month

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Commodity:Calcium carbide

 

Physical appearance:Brown,grey,black,purple solid

 

CAS NO:75-20-7

 

Molecular Formula:CaC2

 

Molecular Weight:64.10

 

Specification:

Index

Value

Gas Yield <L/kg>

 

280/285/290/295/300/305/310/315

PH3 %<v/v>

 

≤0.06

 

H2S %<v/v>

 

≤0.1

 

Grain <mm>

 

25/50/80/120

 

 

Package:50 or 100 kgs drum

 

Usage:Used in the generation of acetylene gas for welding, and as a reagent

 


Q: anybody here knows the difference of organic iron salt (ex. F.gluconate) vs inorganic (ex. F.sulfate)?
It it's organic, then the anion (the negative ion) is the conjugate base of an organic acid. If it's inorganic, then the original acid was inorganic (like H2SO4 making sulphates).
Q: Inorganic salt of the inorganic salt function
Some inorganic salts are an important part of some of the complex compounds in the cell.
Q: Are the inorganic salts mineral and they are soluble in water?
Generally speaking, inorganic salts, including minerals, inorganic salts are not minerals. Some inorganic salts can be soluble in water and some can not, the vast majority of minerals do not dissolve in water, otherwise the rain on the rocks are not dissolved Is it gone?
Q: Does the urine and urine contain inorganic salts? Anxious
Analysis: This question can be solved from the formation of urine. Kidney is the formation of urine organs, nephrons are the basic unit of renal structure and function, nephrons include glomerular, renal sac and renal tubules; urine formation process, including filtration, reabsorption and secretion of three processes.
Q: Cells are composed of water and inorganic salts or by organic matter and none
There are, but the water accounted for most of the inorganic salt to maintain cell acid and alkali balance;
Q: Is all the inorganic salts in the body related to life activities?
Sugar is the most important material for the human body, all the activities of the human body, including learning, walking, digestion and breathing, etc., which are the most important substances in the human body. Consumption of energy (about 70%) mainly from the carbohydrates, fat is the body of the energy material, the protein is the basic material of human cells, but also to provide energy, vitamins are neither the main raw material of the organization, nor the supply of energy Material, but it has an important role in the life activities of the human body; inorganic salts constitute an important raw material of human tissue, water is the main component of cells. Which protein, sugar, fat, vitamins can burn for organic matter, and water, inorganic salts can not burn as inorganic.
Q: What does salt form when it dissolves?
Most inorganic salts are ionic in nature and therefore it will dissociate in ions. For example Copper sulphate will dissociate in Cu+2 and SO4 -2 ions. If the dissociation energy of the salt is too high, it will remain partially or completely as salt in the solution. large number of organic salts do not dissociate completely and the solution will contain Ions and salt - both.
Q: Is the inorganic salt the same as the saline?
Saline is sodium chloride solution, most people use the point is 0.9%.
Q: as a example potesium,sodium,magnees,calcium
I'd okorder /
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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