Zinc Glycinate 1 kg

Zinc Glycinate chelated zinc ingredient for nutritional concentrates and water-based formulation systems

Zinc Glycinate is a chelated mineral compound formed by binding zinc with the amino acid glycine, creating a formulation-friendly ingredient designed for modern multi-component systems. This material is widely incorporated into nutraceutical manufacturing, functional beverage concentrates, sports nutrition products, cosmetic serums, professional treatment systems and advanced aqueous formulations where stable mineral integration is required.

In formulation engineering, Zinc Glycinate is valued for its compatibility with water-soluble components and its ability to disperse efficiently within complex systems. Unlike many inorganic mineral sources, this chelated structure allows smoother incorporation into formulations containing amino acids, humectants, polymers and hydration-support ingredients. The ingredient is frequently selected for systems where clarity, formulation balance and controlled mineral delivery are important.

In nutraceutical production, Zinc Glycinate is used in powdered blends, capsule systems, liquid concentrates and functional mineral complexes. In food-related applications, it may be integrated into fortified formulations and specialty nutritional products. Within sports nutrition manufacturing, it is incorporated into hydration-support systems and mineral-enhanced formulas. In cosmetic applications, the ingredient appears in water-based serums, gel systems, concentrated active solutions and scalp-focused formulations. In laboratory and professional formulation environments, it is utilized in mineral-rich aqueous systems requiring stable dispersion behavior.

Functionally, Zinc Glycinate acts as a mineral delivery component within water-phase systems. It distributes evenly throughout the formulation and supports structural consistency in multi-ingredient solutions. Its chelated profile improves compatibility with amino acid systems and reduces instability that can occur with less adaptable mineral forms.

During manufacturing, the ingredient is generally introduced into the aqueous phase under continuous mixing until complete dispersion is achieved. It is compatible with glycerin, panthenol, amino acid complexes, niacinamide, beta glucan and hyaluronic acid solutions. In heated formulations, incorporation during the cooling stage is preferred to maintain formulation stability.

Recommended usage level depends on formulation architecture, target concentration and processing conditions. Final inclusion is adjusted by the formulation developer according to system requirements.

Example formulation: Mineral peptide hydration serum
Purified water 70 ml
Zinc Glycinate 3 g
Glycerin 5 g
Panthenol 3 g
Amino acid complex 5 g
Hyaluronic acid 1% solution 10 ml
Beta glucan 2 g
Preservative 1 g
pH adjuster 1 g

Process: combine glycerin and amino acid complex in purified water until a clear base forms. Add Zinc Glycinate under moderate agitation until evenly dispersed. Introduce panthenol, beta glucan and hyaluronic acid solution sequentially. Adjust pH and add preservative during the final stage. Continue mixing until the serum reaches full uniformity before filling.

Example formulation: Transparent mineral gel system
Purified water 67 ml
Zinc Glycinate 3 g
Xanthan gum 1 g
Glycerin 5 g
Niacinamide 4 g
Panthenol 3 g
Allantoin 2 g
Preservative 1 g
pH adjuster 4 g

Process: disperse xanthan gum into glycerin before adding to water under mixing to create a smooth gel structure. Add niacinamide followed by Zinc Glycinate until the system becomes uniform. Introduce panthenol and allantoin during stabilization. Adjust pH and incorporate preservative before final homogenization.

Zinc Glycinate is utilized in nutraceutical, cosmetic and professional formulation systems as a chelated zinc source designed for stable incorporation into advanced aqueous and multi-component products.