Soda Ash Light 99.2% with High Quality and Good Quatation

Soda Ash Light 99.2% with High Quality and Good Quatation

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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：

White powdered crystal, true specific gravity 2.533(20°C), easily soluble in water, most lubility at 35.4 °C. On exposure to air it easily absorbs moisture, carbon dioxide, and gradually to form a cake.

Keep away from sunlight and moisture,store in well ventilated dry place.

Soda ash is one of the basic materials for chemical industry. Mainly used for metallurgy, glass, textile, dye printing, medicine, synthetic detergent, petroleum and food industry etc.

3.Soda Ash Images

Soda Ash Light 99.2% with High Quality and Good Quatation

4.Soda Ash Specification

Item	Soda Ash Dense	Soda Ash Light
Item	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

Are you a factory or trading company?

----We are the import-export branch of the factory--CNBMGroup. There are production unit and sales unit in our Group. Production unit is only responsible for producing cargos. We are in charge of sales. Even there is a "trade" in our name,but actrually we are factories.

• What is the minimum order?

----One Metric Ton

• How can I get sample for testing?

----Kindly send us your address, we will send the sample to you.

• Where is your factory located? How can I visit the factory?

----Our factory located in Shandong, China. It is in the north of China as a sea-side city. It is one hour flight from Beijing.

Q:Effects of Minerals on Plants: Minerals have a significant effect on plants, plants require about 25 elements, CHONPS Na Mg AL B MO Ca Fe Zn, etc. Most of these minerals have these elements, which are absorbed in the soil by roots and transported to plants Different parts, the role of a lot of plants lack of mineral leaves will be yellow, such as if there is no Mg, it can not be normal photosynthesis, because Mg is the necessary elements of synthetic chlorophyll, etc., if you want to know more profound, you can put each Kind of elements are checked.

Q:What is the acid anhydride?: An acid anhydride is defined as the removal of a molecule of water from an acid, and the remainder is called the acid anhydride of the acid. General inorganic acid is a molecule of the acid, the direct loss of a molecule of water to form the acid anhydride, the acid anhydride to determine the acid value of the same price. While the organic acid is two molecules of the acid or more

Q:Why does not the base noodles rub?: Yes, you are not practicing

Q:What is called transition metal oxide doping: Transition element refers to a series of metal elements in the d-region of the periodic table, also known as transition metal, including chromium, manganese, iron, cobalt, nickel, copper, zinc and so on are transition metals.

Q:As if there are two kinds of nitrogen, phosphorus and potassium, hoping to get answers and explain their respective roles: Only 70 kinds of chemical elements can be detected in plants, but only 16 kinds of essential nutrient elements are needed for the growth and development of internationally recognized higher plants. They are carbon (C), hydrogen (H), oxygen (O), nitrogen (Fe), magnesium (Mg), sulfur (S), iron (Fe), boron (B), manganese (Mn), copper (Cu), zinc (Zn), molybdenum (Mo) and chlorine (C1), which can be divided into large nutrient elements, medium nutrient elements and micronutrient elements according to their requirements, such as carbon, hydrogen, oxygen and nitrogen Phosphorus, potassium, copper, zinc, molybdenum and chlorine.Now there are scholars that nickel (Ni) is the first 17 kinds of essential nutrients.

Q:Inorganic salt function: Although inorganic salts in the cell content is relatively small, but there are many important role.

Q:How to get an inorganic salt: Inorganic salts are salts of inorganic compounds, formerly known as minerals. Plant growth needs N, P, K three elements and Ca, Zn, B, Mg, S, Fe and other trace elements. Depending on the type and amount of inorganic salts required for plant life, the water and various proportions of inorganic salts are scientifically formulated into plant nutrient solutions. The method of cultivating plants with plant nutrient solution is called soilless cultivation. The inorganic salts used to prepare the nutrient solution are generally not available for extraction, such as potassium nitrate, calcium nitrate, magnesium sulfate, potassium dihydrogen phosphate, copper sulfate, zinc sulfate and the like, and the reagent may be a chemical fertilizer. The purity of the reagent is high and the impurities of the fertilizer are more. If you can not get it, you can use soil leaching solution (fertile soil plus fresh water, the liquid obtained after filtration), which generally contains a variety of inorganic salts.

Q:Inorganic salts play an important role in maintaining the life activities of living organisms. It is mainly in the form of living organisms.: Inorganic salts are mineral nutrients present in the body and in the food. Most inorganic salts in the cells are present in the form of ions, consisting of organic matter and inorganic compounds.

Q:What are the effects of water, inorganic salts, carbohydrates, proteins, fats and vitamins?: The main physiological function of fat: 1. The supply of human heat. (Per gram of fat oxidation can produce 9 kcal of calories, protein and carbohydrates produce more than 2 times.) 2. constitute the body's adipose tissue, adjustable body temperature, To prevent the body outside the scattered, to protect the internal organs, moisturizing the skin. 3. Dissolve nutrients. (Some do not dissolve in water and only soluble in lipids, only in the presence of fat can be absorbed by the body.

Q:For example, sulfates can emit SO2 or SO3 gas. If this were to occur in this experiment, would the % H2O calculated from the data be too high or too low? Explain.: You would measure the mass lost, and you would assume that this is equal to the amount of water that was in the sample. So decomposition would add to the mass lost during heating and this would lead you to overestimate the amount of water that was in the sample, and overestimate the %h20.

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