Zinc is a vital trace element and mineral involved in hundreds of enzymatic, structural, and regulatory functions within the human body. It plays a key role in DNA synthesis, protein production, cell growth and division, and metabolic processes. As an essential micronutrient — one your body cannot manufacture or store long term — zinc must be supplied regularly through diet or supplementation. Adequate zinc supports immune resilience, normal growth and development, wound healing, hormone balance, and sensory functions like taste and smell. High-quality zinc salts deliver stable mineral forms for use as zinc supplement ingredients in supplements, fortified foods, or functional products.
Zinc supports normal immune cell development and signaling, helping maintain barrier defense.
Zinc is essential for DNA and protein synthesis and cell division, supporting tissue development and maturation.
Zinc contributes to collagen synthesis, antioxidant protection,supporting skin integrity and helping promote healthy wound healing.
Zinc supports normal metabolic enzyme activity and helps maintain overall physiological function, complementing hydration and electrolyte routines.
Zinc maintains normal retinal function, helping protect visual performance under low-light and daily eye-use conditions.
RICHEN offers a range of zinc ingredients, including zinc bisglycinate, zinc gluconate, zinc citrate, zinc oxide, and other selected zinc salts. These zinc supplement ingredients are suitable for dietary supplements, functional foods, beverages, and other nutritional applications.
The bioavailability of zinc depends on its chemical form, dosage, formulation, and intended application. Organic and chelated forms such as zinc bisglycinate are commonly selected for nutritional formulations because they are designed to support efficient absorption and good gastrointestinal tolerance. The appropriate form should be selected according to the required dosage, delivery system, and nutritional function of zinc in the finished product.
Zinc bisglycinate is an amino acid-chelated form of zinc, while zinc oxide and other inorganic zinc salts have different chemical structures and formulation characteristics. Chelated forms are commonly selected for their bioavailability and gastrointestinal tolerance, while inorganic forms may offer advantages in cost, zinc content, stability, or processing performance. The optimal choice depends on the target dosage form and formulation requirements.
Yes. RICHEN’s zinc ingredients can be used in tablets, hard capsules, softgels, gummies, powders, and functional beverages. Because zinc is an essential trace element, manufacturers should select the appropriate ingredient form according to solubility, dispersibility, flowability, sensory requirements, dosage targets, and processing conditions.
Different zinc forms can vary in taste, solubility, and gastrointestinal tolerance. RICHEN supplies chelated, organic, and selected inorganic zinc forms to help formulators balance nutritional performance, sensory characteristics, and digestive tolerance. For taste-sensitive applications, suitable ingredient forms and formulation technologies can be selected to minimize undesirable flavors and improve consumer acceptance.
Yes. RICHEN provides customized zinc ingredient development based on specific nutritional, formulation, and application requirements. Customization can cover zinc form, specifications, particle properties, dosage-form compatibility, solubility, and other application characteristics. Our technical team works with customers to develop zinc solutions suited to their product positioning and manufacturing requirements.
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