Mn(0) Powder; Mangan; Mn Standard; Astm A601; Dienol; Tronamang(R); Tronamang; Manganese; Cutaval; Magnacat; Manganese Chips; Manganese Coating Quality Balzers; Manganese Powder; Manganese Solution; Manganesechipsn; Manganesepowdermesh

Brief Introduction

It is used for the preparation of manganese standard solution and as combustibles in igniting agent. It is mainly used for making manganese steel. The manganese steel containing 13% manganese is firm and tough. It is a high-quality steel for rolling rails, making wear-resistant bearings and armor plates. It is also used to make antimagnetic parts.

Manganese Chloride

MSDS

CAS:7773-01-5

Molecular Formula:Cl2Mn

Alias

More Information

Manganous Chloride,Anhydrous; Manganese Dichloride; Manganese(Ii) Chloride; Manganous Chloride; Di-Manganesechlorid; Manganese Bichloride; MnCl2

Brief Introduction

This product can be used for aluminum alloy smelting, organic chloride catalyst, dye and pigment manufacturing, as well as for pharmaceutical and dry battery, also can be used as a nutritional supplement.

Calcium Pyrophosphate

MSDS

CAS:7790-76-3

Molecular Formula:Ca2O7P2

Alias

More Information

Dicalcium,Phosphonato Phosphate; Ca2P2O7; Calcium Diphosphate; CPP; Calciumphosphate(ca2p2o7); Calciumpyrophosphate(ca2p2o7); Diphosphoricacid,Calciumsalt

Brief Introduction

An inorganic pyrophosphate which affects calcium metabolism in mammals. Abnormalities in its metabolism occur in some human diseases, notably HYPOPHOSPHATASIA and pseudogout (CHONDROCALCINOSIS).

Vitamin B6

MSDS

CAS:8059-24-3

Molecular Formula:C10H16N2O3S

Alias

More Information

Bioepiderm; Bios H; (+)-Biotin; Biotin; (5-Hydroxy-4,6-Dimethylpyridin-3-Yl)Methyl Phosphate; Biotin, Immobilized On Dextran; Biotin, Immobilized On Dextran-Lysine; Biotin(V-H); Biotinum; VB6; Vitamin B 6;; Vitamin B6,(S)

Brief Introduction

Vitamin B6 is also known as the "" anti dermatitis vitamin "". One of the B vitamins. Genus pyridoxine derivatives, including pyridoxine, pyridoxal, pyridoxamine, and three compounds, which exist in food in a form that can interconvert. But vitamin B6 in plants is mostly pyridoxine, while it is mostly pyridoxal and pyridoxamine in humans and animals. Human intestinal bacteria can also synthesize pyridoxine, in humans pyridoxine can be converted into pyridoxal and pyridoxamine, while the latter two cannot be converted into pyridoxine. All three have the same physiological activity. Vitamin B6 is rapidly converted to pyridoxal phosphate in humans, and this compound plays an important role in amino acid metabolism as a coenzyme for decarboxylase, transaminase, kynureninase, deaminase, and desulfhydrase. It is also an essential coenzyme for carbohydrate and fat metabolism, activity of the central nervous system, and haemoglobin production.

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