Soda Ash Light99.2% with Best Qaulity and Good Package and Competitive Price

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1.  Structure of Soda Ash Description:

CAS NO.: 497-19-8

MF: Na2CO3

Grade Standard: Industrial Grade

Standard:GB210-92

HS Code: 28362000

Purity: 99%~99.2%

Packing&Delievery: 25/40/50kg/bag,750/1000 jumbo bag,plastic woven bag with PE liner

All year Delievery

2. Main Features of Soda Ash:

1. It is a granulated powder – which can be nice for scrubbing stains and stuck-on-gunk off of dishes. Think of scouring powder, but made out of hydrogen peroxide. It can be made into a paste, too, and used on tile grout and tough stains.


2. It is easy to carry around -- say, to a laundromat – because of its dry powder form. In fact, laundry products are one of the big applications of sodium percarbonate.


3. It’s cheap. Really cheap: a few dollars for a little tub of it. The recommended amounts are small, it is very concentrated.


4. It is easier to ship than 35% peroxide, since it is not a “hazardous material” for shipping purposes, at least in small quantities. (This is confusing – I’ve seen at least one source that does ship larger quantities, over a couple of pounds, as a hazardous material. I’m not convinced that this is a general practice. I think it is generally shipped as usual, not as a hazardous material. I'm thinking that "pure" sodium percarbonate requires hazardous materials shipping. I'll update this when I know for sure what the distinction is.)


5. It is less likely to splash and spill than liquid peroxide, so it is safer to work with. One does still need to be careful with it, but mostly once it is mixed into water.

3.Soda Ash Images

4.Soda Ash Specification

Item 

Soda Ash Dense

Soda Ash Light

Index 

Index

Total alkali(quality fraction of Na2CO3 dry basis) 

99.2% min

99.2% min

NaCI (quality fraction of NaCI dry basis)

0.70% max

0.70% max

Fe quality fraction (dry basis)

0.0035% max

0.0035% max

Sulfate(quality fraction of SO4 dry basis)

0.03% max

0.03% max

Water-fast substance in quality fraction

0.03% max

0.03% max

Accumulation density(g/ml)

0.90% min

Particle size, 180 µ m sieving residue

70.0% min

 

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.

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Q:Several inorganic salts are lacking in symptoms and food sources
Ingredients of iodine-containing inorganic salts (trace): seaweed, jellyfish, corn, mussels, etc.
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:Why is the inorganic salt left after the burning of the food
Food contains protein, fat, inorganic salts and water and other substances in the process of combustion in addition to inorganic salts and the rest of the water are burned, and water in the combustion process evaporates. So take the only inorganic salt.
Q:Does the plant absorb some of the inorganic salt?
Of course, plant water absorption and absorption of inorganic salts are a certain association, inorganic salts to be dissolved in water to be absorbed, and inorganic salt ions in the transport of plants can not be separated from water.
Q:During the different periods of plant growth, the amount of water and inorganic salt required is different.
Plant life, although the need for a variety of inorganic salts, but different plants on the various types of inorganic salt requirements are different, such as cabbage, spinach and other human needs leaves of vegetables need nitrogen containing inorganic salts, tomato, peanuts need phosphorus Of the inorganic salt and more, sweet potatoes, potatoes need potassium-containing inorganic salts; the same plant with the growth period of the different requirements of inorganic salts are not the same, for example, plants in the seedling period requires nitrogenous inorganic salts , In the flowering, the results of the period of time need more phosphorus-containing inorganic salts. Therefore, different plants and the same plant growth period, the need for inorganic salts are different. So the answer is: different; different
Q:An inorganic salt is dissolved in water and yields a solution that has color. State the substance?
Many inorganic salts form colored solutions ..copper ( II) sulfate ( Blue ) nickel (II) acetate = green, mangaanse ( II) chloride = pink, iron(III) chloride = yellow, potassium dichromate, orange and so many more Can you be more specific ?
Q:What is the difference between inorganic and inorganic salts?
Organic matter is defined as: all substances that are carbon-containing substances, organic substances other than carbon dioxide, carbonates, carbon monoxide, cyano substances, elemental carbon itself, etc. are generally used in the field of organic chemistry, including natural generation Of organic matter and synthetic organic matter (especially polymer-based organic matter)
Q:The power of the water and inorganic salts in the plant is derived from the action of the plant
Capillary siphon, as well as leaf water transpiration power.
Q:Now need to determine the freezing point of inorganic salt solution, what kind of freezing point instrument is more accurate?
Because a large branch of antifreeze is with inorganic salt solution.
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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