98% purity Sodium Gluconate Powder supplier

CAS: 527-07-1

MF: C6H13NaO7

MW: 220.15

EINECS: 208-407-7

Specification: 99% min Sodium Gluconate Powder

Sample: Sodium Gluconate Powder Avaliable

Packaging: 1kg/bag, 25kg/drum

Brand: Ausreson

MOQ: 1 kg

Appearance:White

Storage: Store at -20°C

Shelf Life: 2 Years

Test Method: HPLC

Sodium Gluconate Powder Usage and Synthesis.

Manganese gluconate is a trace element involved in the metabolic activities of the body, which promotes growth and normal osteogenesis, and when deficient can cause growth retardation and reproductive dysfunction.

Manganese gluconate is also a good food fortifier and can be used in dairy products and infant formulas. In addition, manganese gluconate contains zinc gluconate, copper gluconate, beta-carotene, chromium(III) chloride, selenium yeast, and kombucha powder to replenish body cells.

Meanwhile, Joint Spirit also contains manganese gluconate and other ingredients, which can be used for joint health care.

Industry generally to contain glucose substances (such as cereals) as raw materials, the use of fermentation method first from glucose to produce gluconic acid, and then by sodium hydroxide for neutralization, you can get sodium gluconate, but also electrolysis and oxidation synthesis. Most of our country adopts chemical oxidation method - hypobromous oxidation method to produce synthetic.

Sodium gluconate is non-toxic. Existing in the water of sodium gluconate and its heavy metal ions with the formation of chelates, can be through the ordinary biochemical treatment of rapid and complete degradation. Heavy metal ions released during degradation can be removed by precipitation or adsorbed on the sludge formed during wastewater treatment and removed.

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Uses of Sodium Gluconate.

Sodium gluconate has a wide range of uses in food and industry, sodium gluconate can be used in construction, textile printing and dyeing and metal surface treatment and water treatment industries as a high-efficiency chelating agent, iron and steel surface cleaning agent, glass bottle cleaning agent, electroplating industry, aluminum oxide coloring, used as a high-efficiency retarding agent, high-efficiency water reducer, etc. In the concrete industry, it is used as a high-efficiency retarding agent, high-efficiency water reducer and so on.

Used as corrosion and scale inhibitor in circulating cooling water system, used in electroplating and metal cleaning, also used in pharmaceuticals.

Food additives, electroplating complexing agent, water quality stabilizer, printing and dyeing industry color equalizer, iron and steel surface treatment agent, etc.

Nutritional supplements, chelating agent, yeast food.

It is used as scale and corrosion inhibitor in industrial water treatment, with good effect of compounding with aluminum.

Main Application Areas

Sodium gluconate has applications across multiple industries, from construction to pharmaceuticals, from food to industrial cleaning, showcasing its impressive versatility.

In the construction industry, sodium gluconate is primarily used as a concrete water-reducing agent and retarder. Adding sodium gluconate significantly improves the plasticity and strength of concrete and delays both initial and final setting times, which is particularly important for large-scale concrete projects.

The water treatment industry is another major application area for sodium gluconate. It exhibits excellent corrosion and scale inhibition properties, performing exceptionally well in cooling circulating water systems. Its corrosion inhibition rate increases with temperature, making it suitable for high-temperature operating environments.

In the cleaning industry, sodium gluconate is used as a key component in steel surface treatment and glass bottle cleaning. It forms stable complexes with metal ions, effectively removing surface contaminants while minimizing damage to the substrate.

In the food industry, sodium gluconate is used as a food additive, coded E576. It can be used as an acidity regulator, stabilizer, and chelating agent in various processed foods.

Selection and Usage Recommendations

When selecting sodium gluconate, it's crucial to clearly define your application requirements. The construction industry should focus on the product's water reduction rate and retardation time; the water treatment industry needs to consider its chelating ability and corrosion inhibition effect; and the food and pharmaceutical industries must ensure the product complies with relevant regulations and standards.

Product quality certification is also an important consideration. For different industry applications, it's necessary to confirm whether the product has the corresponding certifications. For example, food-grade products should have FDA or other equivalent certifications.

When using sodium gluconate, the recommended concentration and method vary depending on the application scenario. In water treatment, it's typically added at a concentration in the ppm range of circulating water volume; in concrete, it's added as a percentage of the cement weight.

During mixing and dissolving, sodium gluconate is readily soluble in water, but to ensure complete dissolution, it's recommended to slowly add it to the water while stirring to avoid clumping. It's also advisable to conduct small-scale tests first to determine the optimal concentration and conditions for use.

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