Product Name: Nandrolone
CAS No: 434-22-0
Einecs No: 207-101-0
MF: C18H26O2
MW: 274.4
Molecule Structure:
Purity: 98%
Appearance: white crystalline powder.
Description
Nandrolone is one of the most popular anabolic steroids to ever be created and has been a staple among performance enhancing athletes of all types since its inception. It is also one of the few anabolic steroids that has remained prominent in medical circles and is highly valued in many therapeutic fields.
Nandrolone was first developed in 1960 and made available worldwide in 1962 by Organon in the form of Nandrolone Phenylpropionate under the trade name Durabolin. However, it would be the trade name Deca Durabolin that would gain a hold on the Nandrolone drug. Since that time numerous versions of Nandrolone have hit the shelves, but Deca Durabolin has remained the most well known; in fact, it’s not uncommon for all Nandrolone versions to be referred to as Deca even if they aren’t.
The Nandrolone hormone can be attached to any ester but is most commonly found attached to the Decanoate and Phenylpropionate ester, and in some cases the Cypionate ester. Nandrolone is well known for being one of the best off-season bulking agents for steroid users. It is also a favorite among athletes for its healing and recovery benefits. Because of its tremendous therapeutic benefits Nandrolone is used in many areas of medicine. However, due to anabolic steroid controversy its use has waned somewhat in the U.S. but still remains high in the rest of the world.
Application
Nandrolone is an anabolic steroid which are a group of drugs that are usually synthesized from the male reproduction hormone testosterone , and it can helps to rebuild body tissue, increase body and bone mass and encourage the formation of red blood cells.
Nandrolone is an effective and powerful anabolic steroid for numerous reasons with several direct functional benefits.
Specification
COA:
TEST ITEMS | SPECIFICATION | RESULTS |
Description | White or Almost White Crystalline Powder | White Powder |
Assay | 98.00%min | 99.29% |
Loss On Drying | 0.5%max | 0.05% |
Specific Rotation | +50~+60° | +57.8° |
Melting Point | 115~125°C | 121.3~123.6°C |
Ignition Residue | 0.10%max | 0.07% |
Conclusion | The specification conforms to enterprise standard. |