Definition: The method used to separate impurity ions from target molecules to obtain high-purity refined products.
Advantages: Efficient separation results in high-purity products with less impurities
Solution: Use purification technology to reduce impurity ions in products.
Definition: By adding highly efficient stimulants or functional substances, an activation system is formed to stimulate the activity of mineral nutrients, so that they can fully exert their effectiveness, so that the product has good physical properties such as fluidity and suspension.
Advantages: The product has good fluidity, suspension, and dispersibility, and has a wide range of applications
Solution: By adding activating substances, the fluidity, suspension, and dispersibility of the product are enhanced, and the problems of stratification and wall adhesion are solved.
Definition: By adopting a unique arsenic and lead removal agent and regeneration means, arsenic and lead are removed during the production process of calcium salt and iron salt, and the arsenic and lead content can be controlled within 0.02ppm.
Advantages: The specially prepared arsenic and lead removal agent can stably remove lead and arsenic from the product, with high efficiency, low cost, environmental protection and regeneration. The product can be used in infants and high-end customers.
Solution: By preparing a high-efficiency arsenic and lead removal agent, adding it during the product synthesis process, the arsenic and lead in the product are controlled within 0.02ppm, and then the arsenic and lead removal agent is filtered out to obtain a qualified product.
Definition: Special indicators refer to the addition of indicator requirements on the basis of national standards, or some physical, chemical and microbiological indicators are different from national standards, and physical properties are different from conventional products. Adopt special production processes, tailor-made for customers, and meet the different needs of customers in different industries for product indicators.
Advantages: Products and indicators can be customized
Solution: Adopt special production processes different from ordinary products to solve different customer needs.
Definition: Customized formula technology to meet customers' different product needs
Advantages: Accurate, exclusive, one-to-one service
Definition: A compound technology that organically combines diversified raw materials to achieve high solubility, high stability, high absorbability, etc. of the product.
Advantages: Multi-channel supplementation, multi-mechanism absorption, and diversified enhancement.
Definition: Based on the absorption and synergistic mechanisms of different elements, and targeting the needs of precise groups, we can achieve efficient conversion, absorption and utilization of nutrients.
Advantages: High conversion rate, high absorption rate, high utilization rate, precise targeting
Definition: Dedicated Raw Materials, Dedicated Formulation, Dedicated Application
Six databases: Dedicated Raw Materials Database, Physical Properties Research Database, Application Test Database, Testing Information Database, Customer Product Database, Customer Information Database
Five major features:
Core ingredient system with 10,000+ mature formulas
CNAS laboratory with 108 testing capabilities
A technical sales team
Fully transparent and traceable system
One-stop solution for the entire industry Advantages: scientific, innovative, professional, comprehensive
Our company not only produces and provides mineral ingredients, we continue to invest in research and development, cooperate with well-known domestic universities, continue to innovate in product production and application, and provide customized solutions for customers. The customized solutions provided by our company include:
Definition: Small particles with a shell-core structure with nutrients as the core material, which control the release of the core material as expected under certain conditions, play a role in slow release and protection of unstable active ingredients.
Classification: Microemulsion technology, Pickering emulsion technology, multiple emulsion technology, liposome technology and interfacial polymerization technology
Solution:
Definition:
Dilution: The technology of adding appropriate auxiliary materials to evenly dilute the main ingredients to the required concentration without affecting the application properties of the main ingredients.
Granulation: Agglomerating powder materials into particles of a specific mesh size range through mechanical force or adhesive.
Classification:
Dilution: Powder dilution technology, liquid phase/multiphase dilution technology
Granulation: Direct compression granulation technology, bonding granulation technology, bridging agglomeration granulation technology
Solution:
Dilution: Improve the ease of use of trace-added materials, improve their mixing uniformity and dispersion.
Granulation: Transform powder materials into suitable structures and shapes, improve the dispersion and compressibility of materials, solve dust problems, and improve their direct compression performance
Definition:
Using mechanical action or chemical modification, the material is uniformly dispersed in another immiscible liquid in the form of molecules, and the dispersed particles can be kept stable and non-agglomerated through steric hindrance or electrostatic repulsion
Classification:
Oil/water emulsion, water/oil emulsion, microemulsion, anhydrous emulsion, composite dissolution
Solution:
Improve the solubility, dissolution rate and suspension of the system in the liquid
1.4 Microcrystals and embedding technology
Definition:
Depending on the solubility of the raw materials, a uniform crystal form is prepared by Top-Down or Bottom UP, using physical or chemical principles, and then a substance or mixture is used to wrap the crystal form to provide performance support or chemical protection. The embedded substance is called the core material, and the material used for coating is called the wall material.
Classification:
Microcrystals: media grinding method, high pressure homogenization method, solvent-antisolvent precipitation method, solvent evaporation method and spray drying method.
Encapsulation: membrane technology, gel technology, complex coacervation technology
Solution:
mprove the taste of the material, improve the processing and storage stability of the material (such as the influence of air, moisture, acid and alkali, etc.), avoid the interaction between nutrients (such as VC and iron, oil and metal ions
Advantages:
