Technical Grade Sodium Acetate
Sodium Acetate is chemically designated CH3COONa, a hygroscopic powder very soluble in water. Sodium acetate could be used as additives in food, industry, concrete manufacture, heating pads and in buffer solutions. Medically, sodium acetate is important component as an electrolyte replenisher when given intravenously. It is mainly indicated to correct sodium levels in hyponatremic patients. It can be used also in metabolic acidosis and for urine alkalinization. Sodium Acetate is the trihydrate sodium salt of acetic acid with alkalinizing, diuretic and electrolyte replacement properties. Following absorption, sodium acetate generates sodium bicarbonate, thereby raising blood and urine pH.
Description
Zibo Ruibao Chemical Co.,Ltd
The company was founded in 1998,and has 20 years experience of producing calcium formate and sodium formate. We also has 15 years of exporting experience and can provide the best service to our customers.
Calcium formate is the first company in China to obtain the production license of calcium formate feed additive.
Now our company products are widely used in building material, feed, pharmaceutical, leather, wig manufacturing, plywood, fine chemical and other industries.
We have one group of professional sales who can provide the before-sales, sales and after-sales service for our customers.
You can rely on us.
Why Choose Us
Our Product
The company's existing leading products are calcium formate, sodium formate, sodium acetate, calcium chloride, sodium formate, deicer,liquid sodium format, formic acid mixture ,etc. The sales of calcium formate and sodium formate are in the first line . Calcium formate is one of the earliest company in China to obtain the production license of calcium formate feed additive.
Product Application
Now our company products are widely used in building material, feed, pharmaceutical, leather, wig manufacturing, plywood, fine chemical and other industries.
Our Certificate
The company has passed the SGS certification. According to the eu legislation of 1907/2006, calcium formate was officially registered in 2013; Sodium formate was officially registered in 2016.
Production Market
We pay more attention to scientific research and process improvement. Moreover, we improve product quality, provide excellent after-sales service, and gain many more domestic and foreign customers. We successfully sell our products to more than 20 provinces and cities in china. Meanwhile, more than 80% of our products is exported to more than 100 countries and regions, such as west of Europe, USA, Middle East countries, Japan, Korea, Canada, Australia, Southeast Asia etc. Then our company gain customer's trust because of its strict quality guarantee system and reasonable price.
What is Technical Grade Sodium Acetate
Sodium Acetate is chemically designated CH3COONa, a hygroscopic powder very soluble in water. Sodium acetate could be used as additives in food, industry, concrete manufacture, heating pads and in buffer solutions. Medically, sodium acetate is important component as an electrolyte replenisher when given intravenously. It is mainly indicated to correct sodium levels in hyponatremic patients. It can be used also in metabolic acidosis and for urine alkalinization. Sodium Acetate is the trihydrate sodium salt of acetic acid with alkalinizing, diuretic and electrolyte replacement properties. Following absorption, sodium acetate generates sodium bicarbonate, thereby raising blood and urine pH.
Advantages of Technical Grade Sodium Acetate
Pet and Plant-Friendly
Sodium acetate has garnered praise for its minimal impact on pets and plants, making it an attractive option for those prioritizing environmental friendliness and safety for furry friends.
Less Corrosive
In comparison to some traditional de-icing agents, sodium acetate is known to be less corrosive. This characteristic makes it a favorable choice for surfaces susceptible to damage, such as concrete and metal.
Effective at Lower Temperatures
Sodium acetate showcases effectiveness at lower temperatures, typically capable of melting ice at temperatures as low as -20℉(-29℃). This versatility allows it to perform well in a wide range of winter conditions.
Reduced Environmental Impact
It carries a lower environmental impact, and certain formulations are even considered biodegradable. This makes sodium acetate a sustainable and eco-friendly option in the realm of ice melt chemicals.
Safe for Vegetation
Sodium acetate is renowned for being safe for vegetation. This characteristic makes it an excellent choice for environmentally conscious individuals looking to protect lawns, gardens, and green spaces.
Application of Sodium Acetate
Food and Beverages: Sodium acetate is commonly used as a food additive, primarily as a flavoring agent and preservative. It enhances the taste of certain food products, providing a slightly tangy flavor. It is also used to extend the shelf life of certain foods by inhibiting the growth of bacteria and other microorganisms.
Buffer Solution: Sodium acetate is frequently employed as a buffer solution in various scientific and laboratory applications. It helps maintain a stable pH level, preventing drastic changes in acidity or alkalinity. Buffer solutions are essential in many chemical reactions and biological processes.
Heat Packs: Sodium acetate is a key component in reusable heat packs or heat pads. These packs work based on the principle of exothermic crystallization. By heating and dissolving sodium acetate crystals, energy is stored in the solution. When triggered by bending or clicking a metal disk, the solution crystallizes, releasing heat.
Chemical Synthesis: Sodium acetate serves as a versatile reagent in chemical synthesis. It is used in various organic reactions, including esterification, acetylation, and condensation reactions. Sodium acetate acts as a catalyst or a source of acetate ions, facilitating the desired chemical transformations.
Medicinal Applications: In the realm of medicine, sodium acetate serves various crucial roles. It acts as a buffering agent, helping to maintain stable pH levels in medical solutions and intravenous medications. This ensures that pharmaceutical compounds remain effective and safe for patient use. Additionally, sodium acetate is used in specific dialysis treatments, where it plays a vital role in regulating the acid-base balance in the body.
Industrial Applications (e.g., Textile Industry): The textile industry relies heavily on sodium acetate for dyeing processes. As a crucial component in the fixation of dyes to fabrics, sodium acetate ensures that colours adhere effectively, resulting in vibrant and long-lasting textiles. Its compatibility with various types of dyes and fabrics makes it an essential tool in achieving high-quality, color-fast materials. Moreover, sodium acetate's eco-friendly nature is an added benefit, aligning with sustainable practices in the textile industry.
The pretreatment of soils with pH5 sodium acetate (NaOAc) buffer is widely used to remove carbonates from soils prior to dispersion and separation of clays for mineralogical analysis. The effect of this pretreatment on other minerals such as palygorskite and zeolite (analcime) was evaluated. Soil samples from Arizona and Egypt as well as reference samples of palygorskite and analcime spiked with CaCO3were used. The pretreatment of the soils and reference samples had no observable change in the mineralogy as indicated by X‐ray diffraction and SEM analysis.
The common procedure for clay separation of calcareous soils for mineralogical analysis and study by X‐ray diffraction is to remove the carbonates by a pH5 sodium acetate pretreatment. For soils low in carbonates, the pretreatment may be feasible, but for highly calcareous soils the procedure is time consuming and tedious with the inherent risk of altering some minerals.
Among the minerals found in certain calcareous soils that are usually considered to be susceptible to acid deconposition and alteration are sepiolites, palygorskites and zeolites. Palygorskites and sepiolites essentially occur in alkaline conditions (pH 8 to 10) in the presence of salts and high activity of Si and Mg, but little if any Al, a condition common to many desert soils.
How to Store Sodium Acetate
There are many industries that need to use sodium acetate in daily life, but it is usually necessary to buy sodium acetate in large quantities. Therefore, the proper storage of sodium acetate products has become a headache for many industries, because in the storage process, if you adopt your own unreasonable storage methods, it is likely to cause damage to the product, so it is very unfavorable to the development of your own industry, and it will bring your own serious loss.
First, this product is prone to weathering, so pay attention to the relevant storage methods during use. By regular and reasonable storage methods. to maintain the original effect of this product. During the re-storage process of sodium acetate, it should be in a sealed and dry state. This is a good way to avoid direct contact with air. If it comes into contact with air, it will be weathered.
At the same time, sodium acetate is easily soluble in water, so it cannot be placed in a particularly humid place, because a humid place will dissolve the product. When the product is stored, it can be packed in a thick plastic bag, and the outer layer can be sealed with a sack or a woven bag at the same time. Therefore, during the storage process, attention should be paid to the moisture resistance of the entire product.
In fact, it is very simple, as long as pay attention to sealed dry storage, do not place in the temperature is too high, and other chemicals can be stored separately, and good use of dry packaging for storage, because sodium acetate in such an environment can maintain a relatively stable state, remember not to be able to keep in the wet, cold or the sun among the harsh environment. In addition, when transport and store sodium acetate, we should also check the status of the product regularly, such as whether the package is broken, broken, dirty, etc. , to avoid the resulting problems or expansion of the problem, so that it is easy to affect the sodium acetate caused by weathering or affect the use of effect, and so on, causing losses.
The Production Process of Sodium Acetate
● Boil 100 g of acetic and dissolve it in with water to produce 1L of solution containing 10% acetic acid. 20g of sodium metal will be added to this solution to act as the reagent for the reaction that will produce about 25g of various compounds, which include NaOH, Na2CO3 and Na2SO4.
● Add the NaOH and sodium metal to the solution, which will cause the acetic acid to react with sodium hydroxide. The reaction produces sodium acetate, Na2C2H3O2
● The solution is then evaporated. This will produce 49g of sodium acetate (NaC2H3O2). To make acetic acid, a further 70g of NaOH must be added, to make up the balance of the amount required. This can be done by adding 100g of NaOH or 25g of Na2CO3 (sodium carbonate).
Produced sodium acetate will be whitish in color. The product is left to settle out of the water, which is then evaporated.
The other chemicals created by the reaction are a bit more complicated than the acetate made by adding water to acetic acid, but this method gives more yield than the normal method of production.
Sodium acetate is produced by the reaction of several substances: glacial acetic acid with sodium carbonate or caustic soda or sodium hydroxide.
Sodium carbonate and caustic soda tablets are not very commonly used in sodium acetate reactions, because the impurity content of sodium carbonate itself is more difficult to control, and the procurement cost of caustic soda tablets is relatively high, so liquid sodium hydroxide is more commonly used in the reaction of sodium acetate.
The reactor will be used in the reaction, the reactor is made of stainless steel, and acetic acid and sodium hydroxide solution can be added to the reflector at 80-100 degrees Celsius, and then it can be cooled and crystallized after the reaction is over, and the centrifuge can be dried to become a finished product, and then the packaging can be.
The Role of Sodium Acetate in Sewage Treatment
In the current environment of nuclear sewage, not only need to worry about whether there is a shortage of water resources, but also need to consider whether the water quality is good or not will have a certain extent of impact on people's bodies, this time sodium acetate amazing debut, in the sewage treatment also has a prominent performance.
At present, sodium acetate has been widely used in sewage treatment, which can greatly improve work efficiency. Although the name of sodium acetate with an acid word, but in fact it is an alkaline substance, can be very good and sewage chemical reaction treatment, and then help acidic sewage treatment, treatment more pure, filtration speed is faster and better ~
The effect of sodium acetate treatment has a good tolerance for adapting to the impact of salt, temperature and PH value.
The price is low
Sodium acetate has now begun to widely enter the sewage treatment, the price has become a lot cheaper when it is widely put into use, although it is not as cheap as methanol used in the past, but the safety degree and stability of sodium acetate in the content, so that its status is not easy to be shaken.
Easy to use
The flexible ability of sodium acetate in the chemical reaction process is strong, so it can be changed according to the specific situation of sewage treatment when it is used, and the use of it can be adjusted in time.
Sodium acetate's impressive performance in sewage treatment has also allowed it to be used in many urban projects. Now some cities will begin to use sodium acetate in the treatment of municipal sewage or industrial wastewater, so that their projects can reach the grade A standard.
Sodium acetate can regulate the neutralization capacity of pH when filtering sewage, and break down acidic ions as much as possible; Control the rise of PH value, so that the activity of sludge in the sewage is enhanced, and it is easier to separate impurities; It can also stabilize the water quality very well, adjust the content of sodium acetate at any time and in time, and find the appropriate proportion of dilution, so that the sewage treatment process becomes more smooth!
The appearance of sodium acetate, tends to powder, kind of fine grit, with a crystalline and whitish color, this compound has no odor, has the property of easily absorbing the moisture present in the surrounding air, liquefying and forming an aqueous solution.
It has a high degree of solubility in water, being 47 g/100 mL in its trihydrate form, 123.3 g/100 mL in anhydrous form, and other substances such as ethanol, this compound has a high boiling point of 881.4 degrees Celsius and a melting point of 324 degrees Celsius. It has a molar mass of 82.03 g/mol in its anhydrous form and 136.03 g/mol in its trihydrate form.
The density of sodium acetate is in the order of 1.53 g/cm3, and it has a molecular weight of 82.04, it has an acidity of 24 pKa at 20 ℃.
Sodium acetate undergoes decomposition at temperatures above 120 degrees Celsius, and upon reaction with strong acids generating acetic acid.
How many hydrogen atoms are there in sodium acetate
Analyzing the formula C2H3NaO2, step by step, we find the composition of each molecule of sodium acetate:
C2: The C is the symbol for the element carbon, the subscript 2, represents the presence of 2 atoms of this element in the sodium acetate molecule.
H3: Where the H stands for hydrogen, the subscript 3 means the presence of 3 atoms of this element in the molecule of the compound.
Na: This is the symbol for sodium, it has no subscript, so it is understood that there is only one atom of this element in the substance.
O2: And the O represents the element oxygen, with the subscript 2 equivalent to the 2 atoms of the element in the sodium acetate molecule.
In this way it can be stated with certainty how many hydrogen atoms are there in sodium acetate, as seen in the analysis, each molecule of sodium acetate possesses 3 hydrogen atoms.
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