What is Refined Rice Bran Wax?



Rice bran wax is the by-product obtained by refining edible rice bran oil and then purifying the wax oil, which is generally light yellow solid. Rice bran wax is the ester formed by the advanced fatty acid and the advanced fatty alcohol in rice bran oil, which also includes some advanced free fatty acid, these waxes exist in the oil, and fat when cooling to a certain temperature will crystallize and precipitate, make the oil turbid, affect...

Alpha Lipoic Acid is an enzyme present in mitochondria, similar to vitamins, which can act as a coenzyme involved in acyl transfers in the metabolism of substances in the body, and can eliminate free radicals that lead to accelerated aging and pathogenicity. Lipoic acid is absorbed through the intestinal tract and enters the cells. It is both fat-soluble and water-soluble, so it can pass through the whole body without any obstruction and reach any cellular part, providing the human body with a full...

Electrolysis of brine for anti-fouling is one of the most effective methods to suppress marine pests. The brine is electrolyzed by special electrodes to generate chloride ions and hypochlorous acid, which are oxidizers and toxic to marine organisms. When the concentration of chloride ions reaches a certain level, it can kill marine organisms and inhibit the adhesion and growth of marine pests. In recent years, titanium anodes coated with precious metal oxides have been widely used in brine electrolysis...

DSA anode replaced graphite anode in the Chlor-alkali industry due to its excellent electrochemical performance. This DSA type anode chooses titanium as the preferred metal for the substrate since titanium forms a spontaneous protective titanium oxide layer that prevents the substrate from electrolyte attack and does not exhibit significant resistance to the current flow. Regarding the electrocatalytic material, the selection of ruthenium oxide attempts to improve the stability of the coating, the...

Electrochemical is an efficient method for ballast water treatment, it inactivates and removes various living organisms and pathogens from water. Electrochemical disinfection uses suitable electrode materials to create a direct current (DC) electric field that flows the water and inactivates microorganisms. More importantly, electrochemical disinfection can produce oxidizing species in situ that would not require the storage and transport of chemicals.

Selecting a proper anodic material...