Potassium Dibasic Phosphate
Chemical / Technical Name:
Dipotassium Hydrogen Phosphate
(Potassium Phosphate Dibasic)
Common / Alternative Names:
Dipotassium Phosphate, Potassium Phosphate (Dibasic), K₂HPO₄
Category:
Pharmaceutical & Nutraceutical Excipient / Electrolyte / Buffering Agent / Mineral Source
Raw Material Type:
Inorganic phosphate salt
Key Active Constituents (Typical):
Dipotassium hydrogen phosphate (K₂HPO₄) ≥ 98.0–99.5% (grade dependent)
Provides potassium (K⁺) and phosphate (HPO₄²⁻) ions
Low heavy metal and impurity profile in pharma/food grades

Potassium Monobasic Phosphate
Chemical / Technical Name:
Monopotassium Dihydrogen Phosphate
(Potassium Phosphate Monobasic)
Common / Alternative Names:
Monopotassium Phosphate, Potassium Dihydrogen Phosphate, KH₂PO₄
Category:
Pharmaceutical & Nutraceutical Excipient / Electrolyte / Buffering Agent / Mineral Source
Raw Material Type:
Inorganic phosphate salt
Key Active Constituents (Typical):
Monopotassium dihydrogen phosphate (KH₂PO₄) ≥ 98.0–99.5% (grade dependent)
Provides potassium (K⁺) and dihydrogen phosphate (H₂PO₄⁻) ions
Low heavy metal and impurity profile in pharmaceutical and food grades

Potassium Carbonate
Chemical / Technical Name:
Potassium Carbonate
Common / Alternative Names:
Pearl Ash, Dipotassium Carbonate, Carbonate of Potash
Category:
Pharmaceutical & Nutraceutical Excipient / Alkalizing Agent / pH Regulator / Potassium Source
Raw Material Type:
Inorganic alkaline salt
Key Active Constituents (Typical):
Potassium carbonate (K₂CO₃) ≥ 98.0–99.5% (grade dependent)
Provides potassium (K⁺) and carbonate (CO₃²⁻) ions
Low heavy metal and impurity profile in pharmaceutical and food grades

Potassium Gluconate
Chemical / Technical Name:
Potassium D-Gluconate
Common / Alternative Names:
Gluconic Acid Potassium Salt, Potassium Gluconicum
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Electrolyte
Raw Material Type:
Organic potassium salt (fermentation-derived gluconic acid neutralized with potassium)
Key Active Constituents (Typical):
Potassium gluconate (C₆H₁₁KO₇) ≥ 99.0% (grade dependent)
Elemental potassium content: approximately 16–17% w/w (as K)
Low heavy metal and impurity profile suitable for regulated applications

Potassium Phosphate
Chemical / Technical Name:
Potassium Phosphate
(Available as Monobasic, Dibasic, or Tribasic grades)
Common / Alternative Names:
Potassium Phosphate Salts, Potassium Orthophosphate, Phosphate of Potash
Category:
Pharmaceutical & Nutraceutical Excipient / Electrolyte / Buffering Agent / Mineral Source
Raw Material Type:
Inorganic phosphate salts of potassium
Key Active Constituents (Typical):
Potassium phosphate salts (KH₂PO₄ / K₂HPO₄ / K₃PO₄ – grade dependent)
Provide potassium (K⁺) and phosphate (PO₄³⁻) ions
Low heavy metal and impurity profile in pharmaceutical and food grades

Sodium Molybdate
Chemical / Technical Name:
Sodium Molybdate
(Commonly Sodium Molybdate Dihydrate)
Common / Alternative Names:
Disodium Molybdate, Molybdic Acid Sodium Salt
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Molybdenum Source)
Raw Material Type:
Inorganic molybdenum salt (molybdate form, Mo⁶⁺)
Key Active Constituents (Typical):
Sodium molybdate (Na₂MoO₄·2H₂O or anhydrous) ≥ 98.0–99.5% (grade dependent)
Elemental molybdenum content: approx. 39–40% (anhydrous) or ~24% (dihydrate)
Highly controlled impurity and heavy metal profile

Ammonium Molybdate
Chemical / Technical Name:
Ammonium Molybdate
(Commonly Ammonium Heptamolybdate Tetrahydrate)
Common / Alternative Names:
Ammonium Heptamolybdate, Molybdic Acid Ammonium Salt, AHM
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Molybdenum Source)
Raw Material Type:
Inorganic molybdenum salt (molybdate form, Mo⁶⁺)
Key Active Constituents (Typical):
Ammonium heptamolybdate tetrahydrate
$(NH₄)₆Mo₇O₂₄·4H₂O$(NH4​)6​Mo7​O24​⋅4H2​O ≥ 98.0–99.5% (grade dependent)
Elemental molybdenum content: approximately 54–56% (as Mo, anhydrous basis)
Highly controlled levels of heavy metals and related impurities

Manganese Citrate
Chemical / Technical Name:
Manganese Citrate
(Usually Manganese(II) Citrate)
Common / Alternative Names:
Citric Acid Manganese Salt, Manganese Citrate Hydrate
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Manganese Source)
Raw Material Type:
Organic manganese salt of citric acid
Key Active Constituents (Typical):
Manganese citrate ≥ 98.0–99.5% (grade dependent)
Elemental manganese content: approximately 12–16% w/w (as Mn) (hydrate dependent)
Low heavy metal and impurity profile suitable for regulated applications

Manganese Carbonate
Chemical / Technical Name:
Manganese(II) Carbonate
Common / Alternative Names:
Carbonic Acid Manganese Salt, Manganous Carbonate, MnCO₃
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Manganese Source)
Raw Material Type:
Inorganic manganese salt
Key Active Constituents (Typical):
Manganese carbonate (MnCO₃) ≥ 98.0–99.5% (grade dependent)
Elemental manganese content: approximately 47–48% w/w (as Mn)
Low heavy metal and impurity profile in pharmaceutical and food grades

Magnesium Sulphate
Chemical / Technical Name:
Magnesium Sulphate
(commonly Magnesium Sulphate Heptahydrate)
Common / Alternative Names:
Epsom Salt, Magnesium Sulfate, MgSO₄·7H₂O
Category:
Pharmaceutical & Nutraceutical Raw Material / Electrolyte / Mineral Source
Raw Material Type:
Inorganic magnesium salt
Key Active Constituents (Typical):
Magnesium sulphate (MgSO₄·7H₂O or anhydrous) ≥ 98.0–99.5% (grade dependent)
Elemental magnesium content: approx. 9.8–10% (heptahydrate) or 20% (anhydrous)
Low heavy metal and impurity profile suitable for regulated applications

Magnesium Oxide
Chemical / Technical Name:
Magnesium Oxide
Common / Alternative Names:
Light Magnesium Oxide, Heavy Magnesium Oxide, Magnesia, MgO
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Alkalizing Agent
Raw Material Type:
Inorganic magnesium compound (oxide form)
Key Active Constituents (Typical):
Magnesium oxide (MgO) ≥ 96.0–99.5% (grade dependent)
Elemental magnesium content: approximately 60% w/w (as Mg)
Low heavy metal and impurity profile in pharmaceutical and food grades

Magnesium Gluconate
Chemical / Technical Name:
Magnesium D-Gluconate
Common / Alternative Names:
Gluconic Acid Magnesium Salt, Magnesium Gluconicum
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Electrolyte
Raw Material Type:
Organic magnesium salt (fermentation-derived gluconic acid neutralized with magnesium)
Key Active Constituents (Typical):
Magnesium gluconate ≥ 98.0–99.5% (grade dependent)
Elemental magnesium content: approximately 5–6% w/w (as Mg)
Low heavy metal and impurity profile suitable for regulated applications

Magnesium Carbonate
Chemical / Technical Name:
Magnesium Carbonate
Common / Alternative Names:
Basic Magnesium Carbonate, Light Magnesium Carbonate, Magnesia Alba, MgCO₃
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Alkalizing Agent
Raw Material Type:
Inorganic magnesium salt (carbonate form)
Key Active Constituents (Typical):
Magnesium carbonate (MgCO₃) ≥ 98.0–99.5% (grade dependent)
Elemental magnesium content: approximately 28–29% w/w (as Mg)
Low heavy metal and impurity profile in pharmaceutical and food grades

Magnesium Aspartate
Chemical / Technical Name:
Magnesium Aspartate
(Magnesium Salt of L-Aspartic Acid)
Common / Alternative Names:
Magnesium L-Aspartate, Aspartic Acid Magnesium Salt
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Amino Acid Chelate
Raw Material Type:
Organic magnesium–amino acid complex (chelated mineral)
Key Active Constituents (Typical):
Magnesium aspartate ≥ 98.0–99.5% (grade dependent)
Elemental magnesium content: approximately 7–8% w/w (as Mg)
Derived from L-aspartic acid for enhanced bioavailability
Low heavy metal and impurity profile suitable for regulated applications

Electrolytic Iron
Chemical / Technical Name:
Electrolytic Iron
(Elemental Iron, Fe)
Common / Alternative Names:
Reduced Iron (Electrolytic Grade), Elemental Iron Powder
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Elemental iron obtained by electrolytic deposition
Key Active Constituents (Typical):
Elemental iron (Fe) ≥ 99.0% (grade dependent)
High purity iron with controlled particle size distribution
Very low levels of heavy metals and residual impurities

Ferrous Sodium Pyrophosphate
Chemical / Technical Name:
Ferrous Sodium Pyrophosphate
(also known as Sodium Ferric Pyrophosphate in food/pharma use)
Common / Alternative Names:
Sodium Iron Pyrophosphate, Ferric Sodium Pyrophosphate, Iron Pyrophosphate (Soluble)
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Inorganic iron–pyrophosphate complex (water-soluble iron salt)
Key Active Constituents (Typical):
Ferrous/Ferric sodium pyrophosphate ≥ 95.0–99.0% (grade dependent)
Elemental iron content: approximately 20–21% w/w (as Fe)
High purity with tightly controlled heavy metal profile

Carbonyl Iron
Chemical / Technical Name:
Carbonyl Iron
(Elemental Iron, Fe – carbonyl process)
Common / Alternative Names:
Iron Carbonyl Powder, Elemental Iron (Carbonyl Grade)
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Elemental iron produced by thermal decomposition of iron pentacarbonyl (high-purity carbonyl process)
Key Active Constituents (Typical):
Elemental iron (Fe) ≥ 98.5–99.9% (grade dependent)
Very fine, spherical particle size with high surface area
Extremely low levels of heavy metals and residual impurities

Sodium Iron EDTA
Chemical / Technical Name:
Sodium Ferric Ethylenediaminetetraacetate
(Sodium Iron EDTA, NaFeEDTA)
Common / Alternative Names:
Ferric Sodium EDTA, Sodium Ferri EDTA, NaFeEDTA
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron Chelate)
Raw Material Type:
Chelated iron complex (ferric iron bound to EDTA)
Key Active Constituents (Typical):
Sodium iron EDTA ≥ 98.0–99.5% (grade dependent)
Elemental iron content: approximately 12–13% w/w (as Fe)
Iron present in a highly stable chelated form, resistant to dietary inhibitors
Low heavy metal and impurity profile suitable for regulated applications

Hydrogen Reduced Iron
Chemical / Technical Name:
Hydrogen Reduced Iron
(Elemental Iron, Fe – hydrogen reduction process)
Common / Alternative Names:
Reduced Iron (Hydrogen Grade), Ferrum Reductum, Elemental Iron Powder
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Elemental iron produced by reduction of iron oxides using hydrogen gas
Key Active Constituents (Typical):
Elemental iron (Fe) ≥ 98.0–99.5% (grade dependent)
High purity iron with controlled particle size and surface area
Very low levels of heavy metals and residual processing impurities

Ferric Di-phosphate
Chemical / Technical Name:
Ferric Diphosphate
(Iron(III) Diphosphate)
Common / Alternative Names:
Iron Diphosphate, Ferric Pyrophosphate (insoluble grade), Ferric Phosphate Diphosphate
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Inorganic iron–phosphate complex (ferric, Fe³⁺ form)
Key Active Constituents (Typical):
Ferric diphosphate ≥ 95.0–99.0% (grade dependent)
Elemental iron content: approximately 25–30% w/w (as Fe) (composition dependent)
Iron present in ferric (Fe³⁺) stabilized phosphate complex
Low heavy metal and impurity profile suitable for regulated applications

Ferrous Lactate
Chemical / Technical Name:
Ferrous Lactate
(Iron(II) Lactate)
Common / Alternative Names:
Iron Lactate, Ferrous 2-Hydroxypropanoate
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Organic iron salt (ferrous iron bound to lactic acid)
Key Active Constituents (Typical):
Ferrous lactate ≥ 98.0–99.5% (grade dependent)
Elemental iron content: approximately 18–20% w/w (as Fe)
Iron present in ferrous (Fe²⁺) form for improved absorption
Low heavy metal and impurity profile suitable for regulated applications

Sodium Iodate
Chemical / Technical Name:
Sodium Iodate
Common / Alternative Names:
Iodic Acid Sodium Salt, NaIO₃
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Iodine Source)
Raw Material Type:
Inorganic iodine salt (iodate form, I⁵⁺)
Key Active Constituents (Typical):
Sodium iodate (NaIO₃) ≥ 99.0–99.7% (grade dependent)
Elemental iodine content: approximately 59.3% w/w (as I)
Very low heavy metal and impurity profile in pharmaceutical and food grades

Potassium Iodide
Chemical / Technical Name:
Potassium Iodide
Common / Alternative Names:
KI, Iodide of Potash
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Iodine Source)
Raw Material Type:
Inorganic iodine salt (iodide form, I⁻)
Key Active Constituents (Typical):
Potassium iodide (KI) ≥ 99.0–99.7% (grade dependent)
Elemental iodine content: approximately 76.4% w/w (as I)
Low heavy metal and impurity profile suitable for regulated applications

Ferrous Succinate
Chemical / Technical Name:
Ferrous Succinate
(Iron(II) Succinate)
Common / Alternative Names:
Iron Succinate, Ferrous Butanedioate
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Organic iron salt (ferrous iron complexed with succinic acid)
Key Active Constituents (Typical):
Ferrous succinate ≥ 98.0–99.5% (grade dependent)
Elemental iron content: approximately 22–24% w/w (as Fe)
Iron present in ferrous (Fe²⁺) form for improved absorption
Low heavy metal and impurity profile suitable for regulated applications

Ferric Ammonium Citrate
Chemical / Technical Name:
Ferric Ammonium Citrate
(Iron(III) Ammonium Citrate)
Common / Alternative Names:
Ammonium Ferric Citrate, Iron Ammonium Citrate, Ferric Citrate Ammonium Salt
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Organic iron–citrate complex (ferric iron coordinated with citric acid and ammonium ions)
Key Active Constituents (Typical):
Ferric ammonium citrate ≥ 98.0–99.0% (grade dependent)
Elemental iron content: typically 14–18% w/w (as Fe) (brown or green grade dependent)
Iron present in ferric (Fe³⁺) complexed form
Low heavy metal and impurity profile suitable for regulated applications

Ferrous Gluconate
Chemical / Technical Name:
Ferrous Gluconate
(Iron(II) D-Gluconate)
Common / Alternative Names:
Iron Gluconate, Ferrous D-Gluconate
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Organic iron salt (ferrous iron complexed with gluconic acid)
Key Active Constituents (Typical):
Ferrous gluconate ≥ 98.0–99.5% (grade dependent)
Elemental iron content: approximately 11–12% w/w (as Fe)
Iron present in ferrous (Fe²⁺) form for enhanced absorption
Low heavy metal and impurity profile suitable for regulated applications

Cupric Citrate
Chemical / Technical Name:
Cupric Citrate
(Copper(II) Citrate)
Common / Alternative Names:
Copper Citrate, Citric Acid Copper Salt
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Copper Source)
Raw Material Type:
Organic copper salt of citric acid
Key Active Constituents (Typical):
Cupric citrate ≥ 98.0–99.5% (grade dependent)
Elemental copper content: approximately 20–23% w/w (as Cu) (hydrate dependent)
Low heavy metal and impurity profile suitable for regulated applications

Ferrous Citrate
Chemical / Technical Name:
Ferrous Citrate
(Iron(II) Citrate)
Common / Alternative Names:
Iron Citrate, Ferrous Citric Acid Salt
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Iron)
Raw Material Type:
Organic iron salt (ferrous iron complexed with citric acid)
Key Active Constituents (Typical):
Ferrous citrate ≥ 98.0–99.5% (grade dependent)
Elemental iron content: approximately 20–25% w/w (as Fe) (hydrate and complex ratio dependent)
Iron present in ferrous (Fe²⁺) form for enhanced bioavailability
Low heavy metal and impurity profile suitable for regulated applications

Cupric Carbonate
Chemical / Technical Name:
Cupric Carbonate
(commonly Basic Copper Carbonate)
Common / Alternative Names:
Copper(II) Carbonate, Basic Copper Carbonate, Malachite (synthetic grade)
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Copper Source)
Raw Material Type:
Inorganic copper salt (carbonate/basic carbonate form)
Key Active Constituents (Typical):
Cupric carbonate (CuCO₃·Cu(OH)₂ – basic form, composition dependent) ≥ 95.0–99.0%
Elemental copper content: approximately 55–57% w/w (as Cu) (basic carbonate basis)
Controlled impurity and heavy metal profile suitable for regulated applications

Chromium (III) Sulphate
Chemical / Technical Name:
Chromium(III) Sulphate
(commonly Chromium(III) Sulphate Basic or Hydrated)
Common / Alternative Names:
Chromic Sulphate, Chromium Sulfate, Cr₂(SO₄)₃·xH₂O
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Chromium Source)
Raw Material Type:
Inorganic chromium salt (trivalent chromium, Cr³⁺)
Key Active Constituents (Typical):
Chromium(III) sulphate ≥ 98.0–99.5% (grade dependent)
Elemental chromium content: approximately 10–13% w/w (as Cr) (hydrate/basicity dependent)
Controlled impurity and heavy metal profile suitable for regulated applications

Copper Lysine Complex
Chemical / Technical Name:
Copper–Lysine Complex
(Copper Lysinate / Copper L-Lysine Chelate)
Common / Alternative Names:
Copper Lysinate, Copper L-Lysine Chelate, Copper Amino Acid Chelate (Lysine)
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Copper Source)
Raw Material Type:
Organic amino acid–chelated copper complex (copper bound to L-lysine)
Key Active Constituents (Typical):
Copper lysine complex ≥ 98.0–99.5% (grade dependent)
Elemental copper content: approximately 10–15% w/w (as Cu) (chelation ratio dependent)
Copper present in a stable amino acid chelated form
Low heavy metal and impurity profile suitable for regulated applications

Cupric Sulphate
Chemical / Technical Name:
Cupric Sulphate
(commonly Cupric Sulphate Pentahydrate)
Common / Alternative Names:
Copper(II) Sulphate, Copper Sulfate, Blue Vitriol, CuSO₄·5H₂O
Category:
Pharmaceutical & Nutraceutical Raw Material / Trace Element (Copper Source)
Raw Material Type:
Inorganic copper salt (cupric, Cu²⁺ form)
Key Active Constituents (Typical):
Cupric sulphate (CuSO₄·5H₂O or anhydrous) ≥ 98.0–99.5% (grade dependent)
Elemental copper content: approximately 25.4% w/w (anhydrous) or ~25% w/w (pentahydrate)
Controlled heavy metal and impurity profile suitable for regulated applications

Potassium Chloride
Chemical / Technical Name:
Potassium Chloride
Common / Alternative Names:
Muriate of Potash, KCl
Category:
Pharmaceutical & Nutraceutical Raw Material / Electrolyte / Mineral Source
Raw Material Type:
Inorganic mineral salt
Key Active Constituents (Typical):
Potassium chloride (KCl) ≥ 99.0–99.9% (grade dependent)
Provides potassium (K⁺) and chloride (Cl⁻) ions
Very low heavy metal and impurity profile in pharmaceutical and food grades

Choline Chloride
Chemical / Technical Name:
Choline Chloride
Common / Alternative Names:
Vitamin B4 (nutritional designation), Choline HCl substitute (non-acidic), (2-Hydroxyethyl)trimethylammonium Chloride
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin-like Nutrient / Electrolyte
Raw Material Type:
Quaternary ammonium salt (synthetic, food/pharma grade)
Key Active Constituents (Typical):
Choline chloride ≥ 98.0–99.5% (grade dependent)
Choline content: approximately 60–65% w/w (as choline)
Very low heavy metals and residual solvents

Algus Calcarius
Chemical / Technical Name:
Calcified Red Algae
(commonly Lithothamnion calcareum)
Common / Alternative Names:
Algae Calcium, Marine Algae Calcium, Red Algae Mineral Complex
Category:
Pharmaceutical & Nutraceutical Raw Material / Natural Mineral Source (Calcium–Magnesium)
Raw Material Type:
Marine botanical (calcified red algae)
Key Active Constituents (Typical):
Elemental Calcium: 30–34% w/w (as Ca)
Elemental Magnesium: 2–4% w/w (as Mg)
Natural trace minerals: boron, silica, zinc, manganese, iron (ppm range)
Calcium present mainly as calcium carbonate in a porous, bioactive matrix

Calcium Sulphate
Chemical / Technical Name:
Calcium Sulphate
(commonly Calcium Sulphate Dihydrate / Anhydrous)
Common / Alternative Names:
Calcium Sulfate, Gypsum (CaSO₄·2H₂O), Anhydrite (CaSO₄)
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Excipient
Raw Material Type:
Inorganic calcium salt
Key Active Constituents (Typical):
Calcium sulphate (CaSO₄·xH₂O) ≥ 98.0–99.5% (grade dependent)
Elemental calcium content: approximately 23% w/w (anhydrous) or ~17% w/w (dihydrate)
Low heavy metal and impurity profile in pharmaceutical and food grades

Calcium Oxide
Chemical / Technical Name:
Calcium Oxide
Common / Alternative Names:
Quicklime, Burnt Lime, CaO
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source / Alkalizing Agent
Raw Material Type:
Inorganic calcium compound (oxide form)
Key Active Constituents (Typical):
Calcium oxide (CaO) ≥ 95.0–99.0% (grade dependent)
Elemental calcium content: approximately 71–72% w/w (as Ca)
Controlled levels of heavy metals and insoluble impurities in pharma/food grades

Calcium Orthophosphate
Chemical / Technical Name:
Calcium Orthophosphate
(generic term covering calcium salts of orthophosphoric acid)
Common / Alternative Names:
Calcium Phosphate (Orthophosphate), Tricalcium Phosphate (TCP), Dicalcium Phosphate (DCP) — orthophosphate forms
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Calcium & Phosphorus) / Excipient
Raw Material Type:
Inorganic calcium–phosphate salt (orthophosphate group, PO₄³⁻)
Key Active Constituents (Typical):
Tricalcium Orthophosphate (Ca₃(PO₄)₂):
Elemental calcium ~38–39% w/w; phosphorus ~18–20%
Dicalcium Orthophosphate (CaHPO₄ / CaHPO₄·2H₂O):
Elemental calcium ~23% (anhydrous) or ~18% (dihydrate)
Low heavy metal and impurity profile in pharmaceutical and food grades

Calcium Chloride
Chemical / Technical Name:
Calcium Chloride
(commonly Calcium Chloride Dihydrate or Anhydrous)
Common / Alternative Names:
Calcium Chloride Dihydrate, CaCl₂·2H₂O; Anhydrous Calcium Chloride, CaCl₂
Category:
Pharmaceutical & Nutraceutical Raw Material / Electrolyte / Mineral Source (Calcium)
Raw Material Type:
Inorganic calcium salt (chloride form)
Key Active Constituents (Typical):
Calcium chloride (CaCl₂·xH₂O) ≥ 98.0–99.5% (grade dependent)
Elemental calcium content: approximately 36% w/w (anhydrous) or ~27% w/w (dihydrate)
Low heavy metal and impurity profile in pharmaceutical and food grades

Calcium Carbonate
Chemical / Technical Name:
Calcium Carbonate
Common / Alternative Names:
Precipitated Calcium Carbonate (PCC), Ground Calcium Carbonate (GCC), Limestone Calcium, CaCO₃
Category:
Pharmaceutical & Nutraceutical Raw Material / Mineral Source (Calcium) / Antacid & Excipient
Raw Material Type:
Inorganic calcium salt (carbonate form)
Key Active Constituents (Typical):
Calcium carbonate (CaCO₃) ≥ 98.0–99.5% (grade dependent)
Elemental calcium content: approximately 40% w/w (as Ca)
Low heavy metal and impurity profile in pharmaceutical and food grades

Menatetrenone
Chemical / Technical Name:
Menatetrenone
(Menaquinone-4, Vitamin K₂ – MK-4)
Common / Alternative Names:
Vitamin K2 (MK-4), Menaquinone-4
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin K)
Raw Material Type:
Fat-soluble vitamin (synthetic or bioidentical to endogenous MK-4)
Key Active Constituents (Typical):
Menatetrenone ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin K activity expressed in µg of Vitamin K₂ (MK-4)
Very low heavy metal and residual solvent profile

Nicotinamide
Chemical / Technical Name:
Nicotinamide
(Niacinamide)
Common / Alternative Names:
Vitamin B3 Amide, Niacinamide
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B3)
Raw Material Type:
Water-soluble vitamin (amide form of niacin)
Key Active Constituents (Typical):
Nicotinamide ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B3 activity expressed as niacin equivalents
Very low heavy metal and residual solvent profile

Nicotinic Acid Amide
Chemical / Technical Name:
Nicotinamide
(Niacinamide)
Common / Alternative Names:
Vitamin B3 Amide, Niacinamide
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B3)
Raw Material Type:
Water-soluble vitamin (amide form of niacin)
Key Active Constituents (Typical):
Nicotinic acid amide ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B3 activity expressed as niacin equivalents
Very low heavy metal and residual solvent profile

D-Pantothenate
Chemical / Technical Name:
D-Pantothenate
(D-Pantothenic Acid or its D-salts, e.g., Calcium D-Pantothenate, Sodium D-Pantothenate)
Common / Alternative Names:
Vitamin B5 (Active Form), D-Pantothenic Acid, Pantothenate (D-form)
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B5)
Raw Material Type:
Water-soluble vitamin (biologically active D-isomer)
Key Active Constituents (Typical):
D-Pantothenate ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B5 activity expressed as pantothenic acid equivalents
Low heavy metal and residual solvent profile suitable for regulated applications

D-Panthenol
Chemical / Technical Name:
D-Panthenol
(Dexpanthenol, Provitamin B5)
Common / Alternative Names:
Dexpanthenol, D-Panthenol, Provitamin B5
Category:
Pharmaceutical, Nutraceutical & Cosmetic Raw Material / Vitamin Derivative (Vitamin B5)
Raw Material Type:
Synthetic vitamin derivative (pure D-isomer, biologically active)
Key Active Constituents (Typical):
D-Panthenol ≥ 98.0–101.0% (grade dependent)
Biologically active D-form only (100%)
Very low heavy metal and residual solvent profile

Phytonadione (often misspelled as “Phytonamidione”)
Chemical / Technical Name:
Phytonadione
(Vitamin K₁)
Common / Alternative Names:
Vitamin K1, Phylloquinone, Phytomenadione
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin K)
Raw Material Type:
Fat-soluble vitamin (plant-derived or synthetic, bioidentical)
Key Active Constituents (Typical):
Phytonadione ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin K activity expressed in µg of Vitamin K₁
Very low heavy metal and residual solvent profile

Phytomenadione
Chemical / Technical Name:
Phytomenadione
(Vitamin K₁)
Common / Alternative Names:
Vitamin K1, Phylloquinone, Phytonadione (INN/USAN spelling variant)
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin K)
Raw Material Type:
Fat-soluble vitamin (plant-derived or synthetic, bioidentical)
Key Active Constituents (Typical):
Phytomenadione ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin K activity expressed in µg of Vitamin K₁
Very low heavy metals and residual solvents

Phylloquinone
Chemical / Technical Name:
Phylloquinone
(Vitamin K₁)
Common / Alternative Names:
Vitamin K1, Phytonadione
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin K)
Raw Material Type:
Fat-soluble vitamin (plant-derived or synthetic, bioidentical)
Key Active Constituents (Typical):
Phylloquinone ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin K activity expressed as µg of vitamin K₁
Very low heavy metal and residual solvent profile

DL-Alpha-Tocopheryl Polyethylene Glycol Succinate
Chemical / Technical Name:
DL-Alpha-Tocopheryl Polyethylene Glycol Succinate
(commonly abbreviated as Vitamin E TPGS)
Common / Alternative Names:
Vitamin E TPGS, Tocopheryl PEG Succinate, DL-α-Tocopheryl PEG-1000 Succinate
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin E Derivative / Solubilizer & Bioavailability Enhancer
Raw Material Type:
Water-dispersible vitamin E ester (synthetic vitamin E succinate conjugated with polyethylene glycol)
Key Active Constituents (Typical):
DL-α-tocopheryl polyethylene glycol succinate ≥ 98.0–100.0% (grade dependent)
Vitamin E activity expressed as α-tocopherol equivalents
PEG molecular weight commonly ~1000 (PEG-1000)
Low heavy metal and residual solvent profile

DL-Alpha-Tocopheryl Acetate
Chemical / Technical Name:
DL-Alpha-Tocopheryl Acetate
Common / Alternative Names:
Synthetic Vitamin E Acetate, All-rac-α-Tocopheryl Acetate
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin E) / Antioxidant
Raw Material Type:
Fat-soluble vitamin ester (synthetic racemic mixture, acetate-stabilized)
Key Active Constituents (Typical):
DL-Alpha-tocopheryl acetate ≥ 96.0–100.0% (grade dependent)
Vitamin E activity expressed as α-tocopherol equivalents (mg or IU)
Contains 8 stereoisomers (all-racemic form)
Very low heavy metal and residual solvent profile

D-Alpha-Tocopheryl Acetate
Chemical / Technical Name:
D-Alpha-Tocopheryl Acetate
Common / Alternative Names:
Natural Vitamin E Acetate, RRR-α-Tocopheryl Acetate
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin E) / Antioxidant
Raw Material Type:
Fat-soluble vitamin ester (natural stereoisomer, acetate-stabilized form)
Key Active Constituents (Typical):
D-Alpha-tocopheryl acetate ≥ 96.0–100.0% (grade dependent)
Vitamin E activity expressed as α-tocopherol equivalents (mg or IU)
Natural RRR stereoisomer, esterified for enhanced stability
Very low heavy metal and residual solvent profile

DL-Alpha-Tocopherol
Chemical / Technical Name:
DL-Alpha-Tocopherol
Common / Alternative Names:
Synthetic Vitamin E, All-rac-α-Tocopherol
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin E) / Antioxidant
Raw Material Type:
Fat-soluble vitamin (synthetic racemic mixture)
Key Active Constituents (Typical):
DL-Alpha-tocopherol ≥ 96.0–100.0% (grade dependent)
Vitamin E activity expressed as α-tocopherol equivalents (mg or IU)
Contains 8 stereoisomers (racemic mixture)
Very low heavy metal and residual solvent profile

D-Alpha-Tocopherol
Chemical / Technical Name:
D-Alpha-Tocopherol
Common / Alternative Names:
Natural Vitamin E, RRR-α-Tocopherol
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin E) / Antioxidant
Raw Material Type:
Fat-soluble vitamin (natural stereoisomer form)
Key Active Constituents (Typical):
D-Alpha-tocopherol ≥ 96.0–100.0% (grade dependent)
Vitamin E activity expressed as α-tocopherol equivalents (mg or IU)
Naturally occurring RRR stereoisomer with highest biological activity
Very low heavy metal and residual solvent profile

Ascorbyl Palmitate
Chemical / Technical Name:
Ascorbyl Palmitate
(6-Palmitoyl-L-Ascorbic Acid)
Common / Alternative Names:
Vitamin C Palmitate, Fat-Soluble Vitamin C, E304
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin C Derivative / Antioxidant
Raw Material Type:
Lipophilic ester of L-ascorbic acid and palmitic acid (fat-soluble vitamin C)
Key Active Constituents (Typical):
Ascorbyl palmitate ≥ 98.0–99.5% (grade dependent)
Vitamin C activity expressed as ascorbic acid equivalents
Low heavy metal and impurity profile suitable for regulated applications

6-Palmitoyl-L-Ascorbic Acid
Chemical / Technical Name:
6-Palmitoyl-L-Ascorbic Acid
Common / Alternative Names:
Ascorbyl Palmitate, Vitamin C Palmitate, Fat-Soluble Vitamin C
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin C Derivative / Antioxidant
Raw Material Type:
Lipophilic (fat-soluble) ester of L-ascorbic acid and palmitic acid
Key Active Constituents (Typical):
6-Palmitoyl-L-ascorbic acid ≥ 98.0–99.5% (grade dependent)
Vitamin C activity expressed as ascorbic acid equivalents
Highly stable esterified form with low impurity profile

Potassium-L-Ascorbate
Chemical / Technical Name:
Potassium-L-Ascorbate
(Potassium Salt of L-Ascorbic Acid)
Common / Alternative Names:
Potassium Ascorbate, Buffered Vitamin C (Potassium Form)
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin C) + Mineral (Potassium)
Raw Material Type:
Buffered vitamin C salt (organic potassium–ascorbate complex)
Key Active Constituents (Typical):
Potassium-L-ascorbate ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin C activity: approximately 78–82% w/w (as ascorbic acid equivalent)
Elemental potassium content: approximately 18–20% w/w (as K)
Low heavy metal and residual solvent profile suitable for regulated applications

Calcium-L-Ascorbate
Chemical / Technical Name:
Calcium-L-Ascorbate
(Calcium Salt of L-Ascorbic Acid)
Common / Alternative Names:
Calcium Ascorbate, Buffered Vitamin C (Calcium Form)
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin C) + Mineral (Calcium)
Raw Material Type:
Buffered vitamin C salt (organic calcium–ascorbate complex)
Key Active Constituents (Typical):
Calcium-L-ascorbate ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin C activity: approximately 80–82% w/w (as ascorbic acid equivalent)
Elemental calcium content: approximately 9–10% w/w (as Ca)
Low heavy metal and residual solvent profile suitable for regulated applications

Hydroxocobalamin
Chemical / Technical Name:
Hydroxocobalamin
(Vitamin B12 – Hydroxy Form)
Common / Alternative Names:
Vitamin B12 Hydroxocobalamin, Hydroxycobalamin
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B12)
Raw Material Type:
Water-soluble vitamin (bioactive cobalamin form)
Key Active Constituents (Typical):
Hydroxocobalamin ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B12 activity expressed as cobalamin
Low heavy metal and residual solvent profile suitable for regulated applications

Cyanocobalamin
Chemical / Technical Name:
Cyanocobalamin
(Vitamin B12 – Cyano Form)
Common / Alternative Names:
Vitamin B12, Cyanocobalamin B12
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B12)
Raw Material Type:
Water-soluble vitamin (synthetic, stable cobalamin form)
Key Active Constituents (Typical):
Cyanocobalamin ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B12 activity expressed as cobalamin
Low heavy metal and residual solvent profile suitable for regulated applications

Pyridoxine Hydrochloride
Chemical / Technical Name:
Pyridoxine Hydrochloride
(Vitamin B6 – hydrochloride salt)
Common / Alternative Names:
Vitamin B6 HCl, Pyridoxine HCl
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B6)
Raw Material Type:
Water-soluble vitamin (synthetic, stable salt form)
Key Active Constituents (Typical):
Pyridoxine hydrochloride ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B6 activity expressed as pyridoxine
Low heavy metal and residual solvent profile suitable for regulated applications

Thiamine Mononitrate
Chemical / Technical Name:
Thiamine Mononitrate
(Vitamin B1 – nitrate salt)
Common / Alternative Names:
Vitamin B1 Mononitrate, Thiamine Nitrate
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B1)
Raw Material Type:
Water-soluble vitamin (synthetic, stabilized salt form)
Key Active Constituents (Typical):
Thiamine mononitrate ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B1 activity equivalent to thiamine
Low heavy metal and residual solvent profile suitable for regulated applications

Thiamine Chloride Hydrochloride
Chemical / Technical Name:
Thiamine Chloride Hydrochloride
(commonly Thiamine Hydrochloride)
Common / Alternative Names:
Vitamin B1 Hydrochloride, Thiamine HCl
Category:
Pharmaceutical & Nutraceutical Raw Material / Vitamin (Vitamin B1)
Raw Material Type:
Water-soluble vitamin (hydrochloride salt of thiamine)
Key Active Constituents (Typical):
Thiamine hydrochloride ≥ 98.0–101.0% (on dry basis, grade dependent)
Vitamin B1 activity expressed as thiamine
Low heavy metal and residual solvent profile suitable for regulated applications

Beta-Carotene
Chemical / Technical Name:
β-Carotene
Common / Alternative Names:
Provitamin A, Beta-Carotin, E160a (food additive code)
Category:
Pharmaceutical & Nutraceutical Raw Material / Provitamin A / Antioxidant (Carotenoid)
Raw Material Type:
Fat-soluble carotenoid (synthetic or natural—algal/plant-derived)
Key Active Constituents (Typical):
Beta-carotene ≥ 10% / 20% / 30% (beadlets or dispersions, grade dependent)
100% beta-carotene on active basis (for pure forms)
Vitamin A activity expressed as Retinol Activity Equivalents (RAE)
Low heavy metal and residual solvent profile