Gluconic Acid Tech Grade uses its own characteristics
Gluconic Acid Tech Grade is a powerful reductant product that is commonly used in the printing and dyeing industry, such as dyeing of raw fuels. Gluconic Acid Tech Grade is a property that is very unstable when it is possible to use an alkaline solution to peel off the color, or to refurbish it after fading, in the case of conventional buns dyeing or the color does not meet the requirements. Of the product, easy to break down. If it has agglomerated or exits an irritating odor, it indicates that it has deteriorated to acidic sodium pyrosulfite.
Gluconic Acid Tech Grade is much smaller for the damage to the laundry than the oxidizer. It can be used for textiles of various fibers without causing damage, good restorers, mild, one is light yellow powder and does not contain crystals water. The other is containing two crystal water, and its physical state is white crystalline particles.
Gluconic Acid Tech Grade is a multi-purpose product. The plasticizing properties of Gluconic Acid Tech Grade are added to the cement to increase the ability to build cement concrete when used, delaying the settling time of the cement. Concrete in the non-hardening before the plastic state, plasticizing performance refers to the concrete cohesion and water retention performance. The construction industry in order to ensure the plasticity of concrete, usually by adding plasticizer (superplasticizer). Gluconic Acid Tech Grade can increase the plasticity of concrete, slow down the effect of solidification, often used in the concrete industry as a highly effective retarder, superplasticizer. Adding a certain amount of Gluconic Acid Tech Grade to the cement increases the plasticity and strength of the concrete, delaying the initial and final solidification periods of the concrete.
In industrial production, two factors affect the performance of concrete: shrinkage and heat generation. Concrete shrinkage is due to water loss, concrete coagulation, and cement mixed with water will produce heat, shrink or overheated concrete usage is greatly reduced. The plasticity of the concrete in the mud is strong, the finer the fineness of the concrete in the concrete, the worse the plasticizing effect. The finer the fineness of the cement particles means that the greater the surface area of the cement, the greater the adsorption of the water-reducing agent molecules, in order to achieve better plasticizing effect, the water-reducing agent parameters will increase.
Gluconic Acid Tech Grade acts as a plasticizer in the case of water-to-cement proportions. When the amount of cement is kept constant and the water content in the concrete is reduced, add 0.1% Gluconic Acid Tech Grade, add water to the amount of water when the amount of Gluconic Acid Tech Grade is less than 0.1% By 10%; Gluconic Acid Tech Grade can be used as a cement builder when water and cement content are reduced in proportion.
Gluconic Acid Tech Grade is very versatile and can be used as a water reducing agent, preservative, coloring agent, etc. Gluconic Acid Tech Grade is soluble in water, soluble in cold water and soluble in food, construction and dyes. In boiling water, in industrial production can be used as a heat auxiliaries.
In the food industry, Gluconic Acid Tech Grade can be heated with sodium bicarbonate, the reaction to produce carbon dioxide, has a good bulky effect, can be used as a puffed food leavening agent, and no smell. You can add Gluconic Acid Tech Grade in pastry, fried food cooking to improve the softness of the food and increase the swelling effect. For example, as China's most distinctive early fritters, in the frying process, the appropriate amount of Gluconic Acid Tech Grade, can improve the freshness of the fritters, more delicious.
Gluconic Acid Tech Grade can be used as a heat-saving agent in the industry where heat energy is needed. Gluconic Acid Tech Grade is soluble in boiling water. The higher the temperature, the higher the solubility. When used as a heat auxiliaries, be sure to press the amount of use is too large, but there will be inhibition of fever reaction. According to the amount of use, the best is the proportion of 5% to 30% range.