Products

Descote® Ferrous Fumarate 60% Ultra is a red-orange to dark brown, relatively free flowing material with some agglomerates. May contain some white/off-white to yellow particles. Each gram of coated material is manufactured to contain 600mg of Ferrous Fumarate, USP in a matrix of Mono- and Diglycerides, FCC. The lead content is certified to be not more than 456 ppb. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms.

Descote® Thiamine Mononitrate 33-1/3% is a white to light gray, relatively free flowing material. Each gram of coated material is manufactured to contain 333mg of Thiamine Mononitrate (a source of Vitamin Bl), USP, Mono-and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms. White to light gray, relatively free flowing material with some agglomerates that disperse with conventional mixing techniques.

Descote® Pyridoxine Hydrochloride 33 1/3% is white to off-white to light yellow to light brown to gray, relatively free flowing beadlets. Each gram of coated material is manufactured to contain 333 mg of Pyridoxine Hydrochloride (a source of Vitamin B6), USP in a matrix of Mono- and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms. White to off-white to light yellow to light brown togrey, relatively free flowing beadlets, may contain some agglomerates.

Descote® Niacinamide 33-1/3% is a white, relatively free flowing powder. Each gram of coated material is manufactured to contain 333mg of Niacinamide (a source of Vitamin B3), USP in a matrix of Stearic Acid, NF, with the addition of about 1% w/w of Silicon Dioxide, NF, to enhance flow characteristics. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms.

Descote® Ferrous Sulfate 60% is a gray, relatively free flowing material. Each gram of coated material is manufactured to contain 600mg of Ferrous Sulfate Dried, USP in a matrix of Stearic Acid, NF. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms.

Descote® Ascorbic Acid 60% consists of white to off-white, fine beadlets. Each gram of Descote® Ascorbic Acid 60% is manufactured to contain 600 mg of Ascorbic Acid, USP in a matrix of Mono- and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms.

Calci-Press™ Calcium Carbonate 90S is a white to off white free flowing, directly compressible powder, manufactured to contain 90% Calcium Carbonate, and 9% Pregelatinized Corn Starch. Calci-Press™ Calcium Carbonate 90S was designed for tablet and capsule formulations where optimum tableting and free flowing characteristics are desired. This product has a lead content not more than 250 ppb.

MC-30120 Polysaccharide Iron Complex 46% Fine Powder is a Black to Black-Brown fine powder.

Descote® Magnesium Oxide 40% is a white to off-white to light yellow to light brown to gray, relatively free flowing material. Each gram of coated material is manufactured to contain 400mg of Magnesium Oxide, USP in a matrix of Mono- and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics, has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms. White to off-white to light yellow to light brown to gray relatively free flowing material, with some agglomerates that disperse with conventional mixing techniques.

Descote® Zinc Oxide 50% Ultra is a white to off-white, relatively free flowing material. Each gram of coated material is manufactured to contain 500mg of Zinc Oxide, USP in a matrix of Mono- and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms. White to off-white, relatively free flowing material which may contain agglomerates

Descote® Manganese Sulfate 50% is a light pink, relatively free flowing material. Each gram of coated material is manufactured to contain 500mg of Manganese Sulfate Monohydrate, USP in a matrix of Mono-and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is not produced from genetically modified organisms.

Magni-Press™ Magnesium Carbonate 90 is a white to off-white, free flowing, directly compressible powder manufactured to contain 90% Magnesium Carbonate and 9% Pregelatinized Corn Starch. Magni-Press™ Magnesium Carbonate 90 was developed for tablet and capsule applications where improved tableting and flow characteristics are desired.

Descote® Riboflavin 33 1/3% is an orange to light brown, relatively free flowing material. Each gram of coated material is manufactured to contain 333 mg of Riboflavin (Vitamin B2), USP in a matrix of Mono- and Diglycerides, FCC. Where the component of the product blend is of vegetable origin, Particle Dynamics has obtained from the supplier a certification that the component of interest is either not produced from genetically modified organisms. Orange to light brown, relatively free flowing material with some agglomerates that disperse withconventional mixing techniques.