Bulk Ferrous Fumarate Powder CAS 141-01-5 Iron Supplement

Key Features: Contains approximately 33% iron, with an absorption rate ranging between 20% and 30%. It exhibits exceptional stability and is highly resistant to degradation.
Research indicates that ferrous fumarate supplementation effectively optimizes the body's iron nutritional status. In one study involving a 10-week regimen of ferrous fumarate supplementation, subjects demonstrated a significant increase in serum iron levels (45.4 µg/dL) after the 10-week period. Concurrently, transferrin saturation rose from 11.7% to 27.8%, and serum ferritin levels increased (35.6 ng/mL). This signifies that through ferrous fumarate supplementation, the efficiency of iron transport and utilization within the subjects' bodies was vastly improved. The body became more adept at allocating iron to critical sites—such as red blood cell production centers and various iron-dependent enzymatic systems—while simultaneously boosting iron reserves. This enhanced storage capacity provides a safeguard for maintaining iron homeostasis during periods of physiological stress, thereby mitigating long-term health risks associated with iron deficiency, such as compromised immunity and impaired neurological function.

In addition to replenishing iron stores, ferrous fumarate contributes to the optimization of hemoglobin parameters. In the aforementioned study, the mean hemoglobin level among subjects rose by 5 g/dL—an increase exceeding the results observed in other studies utilizing different forms of iron supplementation. This suggests that ferrous fumarate possesses distinct advantages in promoting hemoglobin synthesis, thereby ensuring the body maintains adequate oxygen-carrying capacity. Consequently, it helps alleviate symptoms commonly associated with iron deficiency—such as fatigue and dizziness—and enhances an individual's overall health and well-being.

By replenishing iron stores, ferrous fumarate improves various hematological markers and bolsters the body's oxygen transport capabilities, thereby enhancing physical endurance. A study utilizing the Harvard Step Test to assess subjects' physical fitness revealed that anemic women experienced a significant improvement in physical endurance following ferrous fumarate supplementation. Specifically, they demonstrated an increased number of steps climbed within a three-minute period, a reduced magnitude of heart rate elevation following exercise, and a shorter recovery time for their heart rates to return to baseline levels. These observed changes indicate that ferrous fumarate supplementation enhances the content and functionality of key iron-dependent components within muscle tissue—such as myoglobin and cytochromes—thereby boosting muscular oxygen utilization efficiency and overall endurance.

Ferrous fumarate acts synergistically with other nutrients—such as Vitamin C, folic acid, and Vitamin B2—to collectively enhance the bioavailability and absorption rate of iron within the body. Vitamin C is capable of reducing ferric ions to the more readily absorbable ferrous ions, while simultaneously facilitating the transport of iron within the intestines; Vitamin B, on the other hand, serves as a crucial cofactor for red blood cell synthesis, working in conjunction with iron to enhance the efficiency of red blood cell production.

Ferrous fumarate acts synergistically with other nutrients—such as Vitamin C, folic acid, and Vitamin B2—to collectively enhance the bioavailability and absorption rate of iron within the body. Vitamin C is capable of reducing ferric ions to the more readily absorbable ferrous ions, while simultaneously facilitating the transport of iron within the intestines; Vitamin B, on the other hand, serves as a crucial cofactor for red blood cell synthesis, working in conjunction with iron to enhance the efficiency of red blood cell production.