SLES with Cheap Price and Best Quality with Fast Shipment

SLES with Cheap Price and Best Quality with Fast Shipment

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Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 17.6

Supply Capability:: 3000 m.t./month

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1.Structure of Sodium Lauryl Ether Sulfate70%(SLES70%) Description：

CAS No.:	68585-34-2
MF:	RO(CH2CH2O)nSO3Na
EINECS No.:	221-416-0
Appearance:	White or Light Yellow Viscous
Usage:	Cosmetic Raw Materials, Detergent

2.Main Features of Sodium Lauryl Ether Sulfate70%(SLES70%) ：

With excellent detergency,emulsification and foamability,it is easy to dissolve in water.As well as favorable hard-water resistency and high-biodegradation,it is popular with customers both at home and abroad.

3. Sodium Lauryl Ether Sulfate70%(SLES70%) Images

SLES with Cheap Price and Best Quality with Fast Shipment

4. Sodium Lauryl Ether Sulfate70%(SLES70%) Specification

Items	Specification
Active matter, %	68-72
Free Oil,%	3.5 max.
Sodium sulfate, %	1.5 max.
1,4-Dioxane, PPM	30 max.
pH value ( 25 oC , 2% Am.aq.sol)	7.0~9.5
Color, Hazen (5%Am.aq.sol)	20 max.
Chloride ion , %	0.3 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: Can you please help me with this question and give me a website reference.: Many of these materials enter the water through natural channels---minerals, salts and the like come from exposure to rocks, dirt and other inorganic materials.

Q: What fruit contains more minerals?: Papaya, also known as melon. Fruit before immature, if the knife in the fruit on a knife, it will flow out of white milk, it is also known as the melon. Papaya sweet taste, which in addition to rich sugar, but also contains vitamin A , B vitamins, vitamin C and iron, calcium, organic acids, cellulose and other nutrients. Among them, β-carotene and vitamin C content is particularly high, which is 20 times the apple, they are natural antioxidants, can Effectively prevent the cold and prevent the synthesis of carcinogenic nitrosamines, but note that the cooked papaya, β-carotene, B vitamins and vitamin C is almost completely destroyed, and no health care.

Q: What are the effects of inorganic salts on plant growth?: 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 inorganic salts containing Fe, fruit trees will be yellow leaf disease; lack of inorganic salts containing B, rape will be "flowers and not real" (only flowering fruit).

Q: I am an AP biology student testing how magnesium effects the rate of photosynthesis in a plant. However since my class period is only one hour long I highly doubt if i add epsom salt to the soil ( after mixing it with water) i will see an immediate increase in the rate of photosynthesis. So i need to know how long should i wait to test photosynthesis rates after adding an epsom salt solution to the soil of a plant. Or how long does it take for magnesium to be incorporated into a plants rate of photosynthesis. Thanks in Advance!: Magnesium sulfate (or magnesium sulphate) is an inorganic salt (chemical compound) containing magnesium, sulfur and oxygen, with the formula MgSO4. It is often encountered as the heptahydrate sulfate mineral epsomite (MgSO4·7H2O), commonly called Epsom salt, Magnesium is part of the chlorophyll in all green plants and essential for photosynthesis. It also helps activate many plant enzymes needed for growth. Rate of photosynthesis does not depend upon any single factor . so it is futile to expect it should increase after addition of epsom salt to soil in solution form . Because first it should be incorporated in chlorophyll molecule . That depends upon formation of new leaves . Old leaves already have it ( formula of chlrophyll a = C55 H72 O5 N4 mg ) That is the requirement is just one atom per molecule . what to do with excess ? Unless the soil is deficient in Mg . It it useless to add it . soil pH is another factor to be considered = Soil pH (a measure of the acidity or alkalinity of the soil) Soil pH is one of the most important soil properties that affects the availability of nutrients. Macronutrients tend to be less available in soils with low pH. Micronutrients tend to be less available in soils with high pH. www.ncagr /cyber/kidswrld/plan...

Q: Does the plant absorb some of the inorganic salt?: Plants absorb moisture through the infiltration of root cells to absorb moisture, the process is essentially a free diffusion of water, neither the carrier nor the need for energy;

Q: citrate, What is the rationale for using a medium with this type of composition for the performance of the citrate utilization test?Thank you!: as it has no other sources of nutrition, only citrate metabolizers will be able to grow and thrive on this medium. If your organism grows, you know it is a citrate metabolizer which helps to identify the bacteria.

Q: If you boil down salt to a vapor form and breathe it in, can it kill you? or do you have to mix it with another chemical for it to become deadly. (Or will the vapor be so hot it will burn your lungs): The boiling point of salt is incredibly high. Like thousands of degrees Celsius high. If you can actually manage to boil salt I would not recommend inhaling it.

Q: What is the risk of low inorganic salt?: Iodine content in the human body is much lower than 1/10000  is a trace element. Function  iodine in the human body to participate in the formation of thyroid. In the protein, fat, sugar metabolism  promote bio-oxidation and coordination of oxidation of phosphoric acid process, adjust the energy conversion. Promote the metabolism of sugar and fat, regulate the water and salt metabolism in the organization, promote the absorption and utilization of vitamins, activate many important enzymes, promote growth and development. Lack of disease  adult iodine deficiency can cause goiter ⑴ fetal and neonatal iodine deficiency can cause minor illnesses. Typical cases  endemic goiter and local minor illnesses. Excessive symptoms  iodine goiter, iodine thyrotoxicosis. Supply  Adult 150ug  Pregnant woman 175ug 206 Emulsifier 200ug. Food source 海 seafood seaweed, seaweed, fresh fish, clam dry, clam dry, scallops, mussels hai sea cucumber, jellyfish, lobster, etc.

Q: Inorganic salt is not salty: HNO3 (nitric acid) dilute: first bitter, and then the whole tongue Ma, and then pain, from the white spot, sustained pain, 3-4 days after the dissipated, while the mouth felt a big suction car exhaust. Is an enhanced version of concentrated sulfuric acid).

Q: What is the use of inorganic salts in plants? How is it discharged: Not just light plants, for the body, the inorganic salts are essential. Can provide the necessary elements, including a large number of elements C, H, O, N, S, P, K, Ca, Mg. Trace elements Fe, Mn, B, Zn, Cu, Mo, Cl, Ni, etc. For plants, inorganic salts are also essential. The inorganic salts provide C, H, O are the essential elements of the constituents of the carbohydrate, N is the essential element that constitutes the protein, P is the essential element that constitutes ATP and DNA, and so on, including trace elements such as: B, Will cause the plants to flow only without fruit. These elements may be provided in the form of inorganic salts. So inorganic salts are necessary for plants. On the issue of discharge. Plants will use these elements, C, H, O synthetic carbohydrates, in the role of respiration when the decomposition of carbon dioxide and water to the nature of the. Plants also store oil and fat, protein, such as peanut oil and protein content is high. In general, the plant is the inorganic salt into organic matter and stored, through the decomposition of part of the organic matter to breathe in the form of other inorganic substances. Apoptosis is also the way in which the inorganic salts it absorbs are discharged in the form of organic matter. In general, the inorganic salts absorbed by the plant are discharged in the form of other inorganic substances (respiration) or in the form of organic matter (apoptosis). Plants will use these inorganic salts.

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