Products

Albion® Minerals Zinc Bisglycinate Chelate binds zinc to two organic glycine ligands, resulting in a low pH, highly stable structure that is easily absorbed. Dietary supplements that use this form of zinc have less dietary absorption interference and better relative absorption than other forms of zinc.

Albion® Minerals Magnesium Bisglycinate Chelate, this chelate binds magnesium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Albion Minerals magnesium chelates have been clinically demonstrated to be easier on the G.I.

Albion® Minerals Tabletable (Dicalcium Malate Tabletable)'s buffer capacity leads to significantly less gas creation and acid rebound than with calcium carbonate. It is structured with two moles of calcium attached to one mole of malic acid. Research studies showed Dicalcium Malate was significantly better absorbed than calcium carbonate and maintained elevated serum calcium levels for a much longer period of time. While not water-soluble, the product is soluble at more acidic pH levels.

Albion® Minerals Ferrochel Ferrous Bisglycinate Chelate has ferrochel which is a unique, fully chelated iron product formed by binding iron to two organic glycine molecules. Most iron carries a positive electrical charge, but our chelation process leaves Ferrochel ionically neutral, so it does not deactivate or block the absorption of other nutrients. This is especially important in multivitamins for gestating mothers and growing children. Ferrochel’s small molecular size allows it to remain intact throughout the G.I. tract for optimal absorption. In clinical research comparing inorganic iron to Ferrochel, study participants reported fewer instances of gastrointestinal upset with Ferrochel than with ferrous sulfate.

Albion® Minerals DiMagnesium Malate Granular is an organic salt that has been clinically shown to have higher blood serum and total absorption compared to magnesium oxide (the magnesium salt most often used as the standard for comparison in clinical trials) alone.

Albion® Minerals Bororganic Glycine included boron which is an important trace mineral needed for healthy bones, central nervous system function, and a healthy inflammatory response. It also helps the body absorb other minerals, including calcium, magnesium, copper and phosphorus. Formulators can consider boron for supplements that support.

Albion® Minerals Dicalcium Malate's buffer capacity leads to significantly less gas creation and acid rebound than with calcium carbonate. It is structured with two moles of calcium attached to one mole of malic acid. Research studies showed Dicalcium Malate was significantly better absorbed than calcium carbonate and maintained elevated serum calcium levels for a much longer period of time. While not water-soluble, the product is soluble at more acidic pH levels.

Albion® Minerals Magnesium Bisglycinate Chelate Buffered, this chelate binds magnesium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Albion offers here a buffered versions of Magnesium Bisglycinate Chelate. product. Albion Minerals magnesium chelates have been clinically demonstrated to be easier on the G.I. tract; the buffered form utilizes magnesium oxide to combine high elemental magnesium value with high bioavailability.

Albion® Minerals Vanadium Nicotinate Glycinate Chelate a blend of vanadium and niacin (vitamin B3), is generally considered to be one of the most efficient and safest delivery forms of the mineral. Niacin also allows for the release of the vanadium as a biologically active agent.

Albion® Minerals Potassium Glycinate Complex, this form of potassium is a soluble, gastric-friendly potassium complex. A macro mineral, potassium helps keep body fluids in balance and regulates acidity, blood pressure, neuromuscular function, and the transmission of electrical cardiovascular impulses

Albion® Minerals Copper Bisglycinate Chelate is bound to two organic glycine molecules. These low molecular weight ligands increase the copper’s bioavailability and make the chelated form gentler on the stomach.

Albion® Minerals Zinc Arginate Chelate combines the health benefits of zinc and arginine in one unique chelate molecule. Both these nutrients support a healthy immune system, cellular repair, muscle growth, and growth hormone function. Additionally, the combination of zinc with arginine resolves the gastric distress and excess gas typically caused by zinc or arginine when consumed separately.

Albion® Minerals Calcium Citrate Malate C has good organoleptic properties make CCM particularly well suited as a fortificant in fruit juices, bottled water, and other beverages. Calcium Citrate Malate (CCM) is the result of a simultaneous reaction with calcium, citric acid, and malic acid in a soluble complex. Research has shown that the absorption rate for CCM is 37% in contrast with 24% for calcium carbonate. Its unique formula is well tolerated.

Albion® Minerals Calcium Bisglycinate Chelate, this fully reacted mineral chelate is one of the most bioavailable forms of calcium. Each calcium molecule is bound to two glycine molecules through Albion’s well proven chelation process, transforming it into an amino acid chelate that has nearly twice the absorption rate of calcium citrate or calcium carbonate. The chelate structure is then confirmed through FT-IR spectroscopy testing.

Albion® Minerals Granular (Dicalcium Malate Granular)'s buffer capacity leads to significantly less gas creation and acid rebound than with calcium carbonate. It is structured with two moles of calcium attached to one mole of malic acid. Research studies showed Dicalcium Malate was significantly better absorbed than calcium carbonate and maintained elevated serum calcium levels for a much longer period of time. While not water-soluble, the product is soluble at more acidic pH levels.

Albion® Minerals Chromium Nicotinate Glycinate Chelate, a blend of chromium, glycine, and niacin (vitamin B3) is generally considered to be one of the safest and most efficient delivery forms of the mineral. Niacin also allows for the release of the chromium as a biologically active agent.

Albion® Minerals Calcium Bisglycinate Chelate Buffered binds clacium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Balchem offers here a buffered versions of Calcium Bisglycinate Chelate. product. Albion Minerals calcium chelates buffered form utilizes calcium carbonat to combine high elemental calcium value with high bioavailability.

Albion® Minerals Calcium Bisglycinate Chelate Taste Free sensory factors make certain calcium compounds more suitable for one application over another. Albion Minerals taste-free calcium compound has the chemical and physical properties to fit most fortification and supplement needs, even for a sensitive taste profile.

Albion® Minerals Magnesium Bisglycinate Chelate Granular, this chelate binds magnesium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Albion Minerals magnesium chelates have been clinically demonstrated to be easier on the G.I.

Albion® Minerals Molybdenum Glycinate Chelate, the glycine molecules bound to the molybdenum help keep it intact during digestion, helping to reduce G.I. distress and increase tolerance. It also improves the mineral bioavailability. This mineral is needed for the proper functioning of certain enzyme-dependent processes, including iron metabolism. It also supports a healthy inflammation response.

Albion® Minerals Magnesium Bisglycinate Chelate Buffered Granular, this chelate binds magnesium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Albion offers here a buffered versions of Magnesium Bisglycinate Chelate. product. Albion Minerals magnesium chelates have been clinically demonstrated to be easier on the G.I. tract; the buffered form utilizes magnesium oxide to combine high elemental magnesium value with high bioavailability.

Albion® Minerals Calcium Bisglycinate Chelate Granular fully reacted mineral chelate in granular form is one of the most bioavailable forms of calcium. Each calcium molecule is bound to two glycine molecules through Albion’s well proven chelation process, transforming it into an amino acid chelate that has nearly twice the absorption rate of calcium citrate or calcium carbonate. The chelate structure is then confirmed through FT-IR spectroscopy testing.

Albion® Minerals Calcium Potassium Phosphate Citrate is specifically designed to fortify liquid food products, Calci-K blends calcium, potassium, and phosphorus molecules into a easily absorbed complex. Calci-K is also able to maintain complete dispersion in liquids at a pH between 3.5–8.0. No additional suspending agents are required. Beyond beverage fortification it is also suitable for traditional supplement application.

Albion® Minerals Zinc Bisglycinate Chelate Max is our newest zinc bisglycinate chelate innovation and supplies 27% elemental zinc, the highest concentration zinc product offered by Balchem ®. Higher elemental zinc equates to a more efficient and more economical solution for today’s most popular applications like gummies and sachets and continues to perform well in traditional supplements like tablets and capsules. Its neutral taste profile makes Zinc Max the ideal choice in chelated zinc formulations.

Albion® Minerals Calcium Citrate Malate has good organoleptic properties making CCM particularly well suited as a fortificant in fruit juices, bottled water, and other beverages. Calcium Citrate Malate (CCM) is the result of a simultaneous reaction with calcium, citric acid, and malic acid in a soluble complex. Research has shown that the absorption rate for CCM is 37% in contrast with 24% for calcium carbonate. Its unique formula is well tolerated.

Chewable tablets, lozenges, or any sort of beverage that contains iron will tend to have an unpleasant metallic aftertaste. Iron Taste Free is a great choice for iron in supplements and food products that need to have a palatable form of iron.

Albion® Minerals Selenium Glycinate, this form of selenium is an organo-selenium compound. This antioxidant is present in every human cell and works synergistically with vitamin E to protect against free radical damage.

Albion® Minerals Creatine MagnaPower Magnesium Creatine Blend is a unique blend of magnesium and creatine. It helps deliver energy-producing ATP to muscle cells for increased anaerobic performance. This molecule has been shown to outperform both creatine monohydrate and creatine monohydrate given with magnesium.

Albion® Minerals Magnesium Bisglycinate Chelate Taste Free, this chelate binds magnesium with two glycine molecules. Glycine is a naturally occurring amino acid that forms mineral chelates with a small molecular weight, which are then easily absorbed through cell linings. Albion Minerals magnesium chelates have been clinically demonstrated to be easier on the G.I.

Albion® Minerals MLG Magnesium Lysinate Glycinate Chelate, this chelate binds magnesium with lysine, an essential amino acid that is a building block for all protein. Together, magnesium and lysine support magnesium absorption and aid muscle recovery.

Albion® Minerals DiMagnesium Malate is an organic salt that has been clinically shown to have higher blood serum and total absorption compared to magnesium oxide (the magnesium salt most often used as the standard for comparison in clinical trials) alone.

Albion® Minerals Manganese Bisglycinate Chelate, this form of manganese is bound to two organic glycine molecules. These low molecular weight ligands keep the manganese intact during stomach transit, helping to reduce G.I. distress, increase tolerability, and improve mineral absorption.