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Sodium Gluconate

Sodium Gluconate 98%

Sodium Gluconate 98% Powder

  • CAS NO.:  527-07-1
  • HS Code: 29181690
  • MF: C6H11NaO7
  • Tech Grade: Industrial Grade
  • Package: 25 kg/PP bag, 26tons in 20’FCL without pallets;
    1000kg/Jumbo bag on pallet, 20MT in 20’FCL;
    1150kg/Jumbo bag on pallet, 23MT in 20’FCL;
  • Applications: Used as concrete retarder in construction industry; Used as water quality stabilizer in water treatment industry; Used in textile industry, oil industry, food industry, medical industry, etc. 

Technical Specifications of Sodium Gluconate for Sale in Our Company

Item Sodium Gluconate (CAS 527-07-1)
Appearance White crystalline powder
Purity % 98 Min
Loss on drying % 0.50 Max
Sulphate (SO42-) % 0.05 Max
Chloride (Cl) % 0.07 Max
Heavy metals (Pb) ppm 10 Max
Reduzate (D-glucose) % 0.7 Max
PH (10% water solution) 6.2~7.5
Arsenic salt(As) ppm 2max
Packing & Loading 25 kg/PP bag, 26tons in 20’FCL without pallets; 1000kg/Jumbo bag on pallet, 20MT in 20’FCL; 1150kg/Jumbo bag on pallet, 23MT in 20’FCL;

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What Are Advantages of Sodium Gluconate Uses in Concrete

Adding a certain amount of SG concrete admixture to the water-reducing agent can increase the water-reducing rate, improve the plasticization of the water-reducing agent, and increase the strength of concrete.

Without adding other retarders, only adding a small amount of sodium gluconate to the concrete can achieve the effect of retarding pumping, thereby solving the problems of difficulty in construction or mass concrete construction in high temperature and hot seasons. It won’t affect the concrete performance strength.

Using SG concrete admixture alone or in combination with other types of admixtures to produce water reducing admixture, concrete retarder admixture and pumping agents can improve concrete performance, reduce costs, and have significant economic effects.

Used as Concrete Retarder

What Is Sodium Gluconate Used for?

After adding a certain amount of sodium gluconate powder to cement, it can increase the plasticity and strength of concrete. It also has a retarding effect, that is, delaying the initial and final solidification period of concrete. Usually used as a water reducer and concrete retarder admixture in concrete.

Used as water reducing admixture. Adding water reducing agent can reduce the water-cement ratio(W/C). The advantages of sodium gluconate uses in concrete as water reducer are as follows.

  • Improve workability. When the water-cement ratio(W/C) remains the same, adding sodium gluconate can improve workability. At this time, it acts as a plasticizer. When the addition amount is below 0.1%, the degree of improvement in workability is directly proportional to the addition amount.
  • Increase strength. When the cement content remains the same, the water content in the concrete can be reduced. When the amount of sodium gluconate added is 0.1%, the amount of water added can be reduced by 10%.
  • Reduce cement content. Reduce the water and cement content in the same proportion, and the W/C ratio remains the same.

Used as concrete retarder admixture. Sodium gluconate can significantly delay the setting time of concrete. When the dosage is less than 0.15%, the logarithm of the initial setting time is directly proportional to the dosage. That is, the dosage is doubled, and the initial setting time can be delayed to ten times, which makes the working time extend from a few hours to a few days without compromising the strength. Especially in hot weather and when it needs to be placed for a long time.

With excellent corrosion and scale inhibition effects, SG is widely used as a water quality stabilizer, for example, as treatment agent for circulating cooling water systems in petrochemical enterprises, low-pressure boilers, and cooling water systems for internal combustion engines.

  • Obvious coordination effect. It is suitable for formulas such as molybdenum, silicon, phosphorus, tungsten, nitrite, etc. Due to the coordination effect, it can greatly improve the corrosion inhibition effect.
  • The corrosion inhibition rate increases with increasing temperature. Generally, corrosion inhibitors will decrease with the increase of temperature, or even lose their effect completely. However, the corrosion inhibition rate of gluconic acid sodium salt will increase with increasing temperature within a certain range. This unique characteristic of sodium gluconate as a corrosion inhibitor is ideal for higher temperature systems or systems with temperature changes from low to high temperatures.
  • Strong anti-scaling ability. It has a strong complexing ability to calcium, magnesium and iron salts, so it has a strong anti-scaling ability. Especially for Fe3+, it has an excellent chelating effect.
  • Eliminate public hazards. Sodium gluconate is used as a corrosion and scale inhibitor for circulating cooling water and it can eliminate public hazards at the same time. This is an advantage that other corrosion and scale inhibitors don’t have.

Used as special cleaning agent for glass bottles. A professional glass bottle cleaner with gluconic acid sodium salt as the main formula can improve the following common problems. The detergency isn’t strong and it is easy to block the nozzle and pipeline of the bottle washer. Unsatisfactory de-staining power to bottle stickers and bottle neck rust. Trace residues after washing affect the safety of food, such as phosphate residues. The discharge of washing water causes pollution.

Used as steel surface cleaner. If the steel surface needs to be plated, chrome-plated, tin-plated, nickel-plated for special purposes, then the surface of the billet must be strictly cleaned to make the plating material and the steel surface firmly bonded. Adding sodium gluconate to the cleaning agent will achieve desired results.

Sodium gluconate food grade is non-irritating, no bitter and astrigent. Mask the bitter taste of magnesium. Gluconic acid sodium salt has the effect of masking the unique bitterness of magnesium, zinc, iron and other trace metals, especially magnesium, and is suitable to use in beverages and health foods.

Replace table salt for food processing. Sodium gluconate can replace table salt in food processing to improve characteristics, adjust fermentation, and endow various functions such as food preservation and dehydration. Sodium in sodium gluconate only accounts for 10.05% of the molecular weight, while sodium in table salt accounts for 39.3% of the molecular weight. For the same amount of sodium gluconate and table salt, the amount of sodium in the former is only 1/4 of that of the latter. Therefore, sodium gluconate can completely replace table salt to process salt-reduced or even salt-free foods, and play a great role in improving human health.

It plays an important role in maintaining extracellular osmotic pressure and capacity, regulating acid-base balance, and exerting the normal function of neuromuscular. It can effectively prevent the occurrence of low sodium syndrome.

Used as an electroplating additive in the electroplating industry. It can be operated at a higher temperature and can be directly plated to obtain a bright gold coating without polishing and chrome plating. It has good rust removal performance.

In image develop industry. Adding an appropriate amount of gluconic acid sodium salt powder to the developer will make the image clear and stain-free.

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Know More About Sodium Gluconate SG

Sodium gluconate, the sodium salt of gluconic acid, is white crystalline particles or powder in appearance. It has the characteristics of soluble in water, non-corrosive, non-toxic and easily biodegradable. The chemical has a wide range of uses in industrial fields. Firstly, it can be used as a high-efficiency retarder and water reducer admixture in concrete industry. Secondly, it can be used as a high-efficiency chelating agent in construction, textile printing and dyeing, metal surface treatment, water treatment industry and other industrial fields. Meanwhile, it can also be used as steel surface cleaning agent, glass bottle cleaning agent, aluminum oxide coloring in electroplating industry. 

The outstanding property of this chemical is its excellent chelating ability, especially in alkaline and concentrated alkaline solutions. Sodium gluconate chelates with various ions and forms stable complexes, preventing them from chemically reacting. Its aqueous solutions of sodium gluconate are resistant to oxidation and reduction even at high temperatures. However, it is easily biodegraded, so there is no wastewater problem.

Sodium gluconate is nontoxic. Sodium gluconate and its chelate complexes with heavy metal ions existing in water can be rapidly and completely degraded by ordinary biochemical treatment. Heavy metal ions released during the degradation process can be removed by precipitation, or by adsorption on the sludge formed during wastewater treatment.

Homogeneous chemical oxidation

Take crystalline glucose as raw material, dissolve crystalline glucose in water and add the catalyst. At a certain reaction temperature, add sodium hypochlorite solution, while adding lye dropwise to make the equilibrium system move toward the direction of sodium gluconate generation. After the reaction finishes, the sodium gluconate product can be obtained by concentrating and crystallization. The process is easy to control, but the yield of sodium gluconate is low, and sodium chloride impurities are mixed in the product, which will limit the application of the product.

Electrolytic oxidation

Based on the principle of electrochemistry, a certain amount of glucose solution and appropriate electrolytes are added to the electrolytic cell in advance. Control the reaction temperature, and then pass a constant current into the electrolytic cell to carry out the electrolysis reaction. After the electrolysis, concentrate and crystallize the electrolyte to obtain sodium gluconate crystals.. The electrolytic oxidation method has high production costs, complex equipment, and difficult reaction control, so it is not suitable for industrial production.

Heterogeneous catalytic oxidation

Add a certain concentration of glucose solution and catalyst to the reaction tank, and then an appropriate amount of air is passed into the reaction system. Control a constant reaction temperature and pH. After the reaction finishes, we can obtain the sodium gluconate crystals by filtration, concentration of crystals, and centrifugal drying. The process is simple, the product quality is better, but the catalyst cost is higher.

Biological fermentation

Including fungal fermentation and bacterial fermentation processes. The process of producing sodium gluconate by fermentation of Aspergillus niger is commonly used. The method is to obtain glucose lactone and hydrogen peroxide by simple dehydrogenation of glucose through the glucose oxidase produced by Aspergillus niger, while adding a certain amount of NaOH solution to maintain a certain pH value to obtain sodium gluconate. With the development of fermentation control theory and technology, its production technology continues to improve, its production scale continues to expand, product costs continue to decrease, and the production technology is more concise and environmentally friendly.

About Sodium Gluconate Supplier - Chemate

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