High Purity 99% Benfotiamine

High Purity 99% Benfotiamine, also commonly known as benzoylthiamin, is a fat-soluble derivative of vitamin B1 (thiamine). Compared to ordinary water-soluble vitamin B1, it differs fundamentally in absorption, retention, and efficacy.

Ordinary thiamine is water-soluble, and after entering the body, most of it only circulates briefly in the bloodstream, with excess quickly excreted in urine. It is difficult for it to accumulate in the body for a long time, nor can it easily penetrate cell membranes to exert its deep effects within cells. However, high Purity 99% Benfotiamine, after structural modification, changes from water-soluble to fat-soluble, allowing it to easily cross cell membranes, the blood-brain barrier, and the nerve tissue barrier. It can directly enter deep tissues such as nerve cells, brain cells, and vascular endothelial cells, resulting in a longer retention time and a much higher utilization rate than ordinary vitamin B1. Furthermore, it is stable, not easily destroyed by gastric acid, and has a stable absorption efficiency after oral administration, avoiding the shortcomings of ordinary thiamine, which is rapid absorption but also rapid loss.

Participates in carbohydrate and energy metabolism: As a derivative of vitamin B1, it primarily helps the body break down carbohydrates and convert them into energy, ensuring a normal energy supply to cells, improving the body's metabolic state, and alleviating fatigue and weakness caused by insufficient energy.

Nourishes nerve tissue: Specifically targets peripheral and brain nerves, it can effectively penetrate the nerve tissue barrier, providing nerve cells with necessary nutrients. It improves problems such as numbness in the hands and feet, nerve sensitivity, and easy nerve fatigue caused by insufficient nerve nutrition, and can also slow down the degeneration of nerve function.

Protects microvessels: Helps improve the condition of vascular endothelium, has a certain regulatory effect on microvascular problems caused by metabolic abnormalities, helps repair damaged microvessels, and improves peripheral blood circulation.

Assists in regulating metabolic disorders: For people with abnormal metabolism such as high blood sugar, it can assist in repairing nerve damage caused by poor glucose metabolism, replenishing nerve and vascular cells with nutrients, helping to improve metabolic processes, and reducing the adverse effects of metabolic abnormalities on the body.

Dietary nutrition supplement: As a high-end supplement form of vitamin B1, it is suitable for people who need to enhance B1 supplementation. The oral absorption effect is superior to that of ordinary B1 supplements.

Neuroprotective field: It is often used as the core raw material for neuroprotective-related products, suitable for people who need targeted protection of their nerves.

Metabolic regulation related: Applied to the auxiliary regulation of people with metabolic disorders, suitable for the demand of related regulation products.

Application of nutritional raw materials: Widely used in the research and production of dietary supplements, functional foods, health care products and other products.