Parabolone Injectable Anabolic Steroids Muscle Mass Tren Hexahydrobenzylcarbonate
Quick detail of Trenbolone Enanthate
Trenbolone Enanthate
Cas ID:2322-77-2
Purity: 98.6% by HPLC
Melting Point: 69°C~71°C
Appearance: Pale yellow or yellow crystalline powder.
General Infomation of Trenbolone Enanthate
The Use of Trenbolone Enanthate:
Trenbolone Enanthate exhibits a half-life of approximately 7 – 10 days and is presently more common than its other long-ester counterpart Parabolan, it provides many users who are mostly needle-shy or find frequent injections inconvenient with a more convenient form of Trenbolone to use. In contrast with Trenbolone Acetate, which requires every other day injections at the very least, Trenbolone Enanthate requires administration only twice per week with each injection spread evenly apart (Monday and Thursday, for example). Because Trenbolone is considered an intermediate-advanced level anabolic steroid, the majority of users of this compound are usually well aware of the ins and outs of it. Many intermediates making their first step to Trenbolone will prefer Trenbolone Enanthate due to the convenience of less frequent injections.
In general, Trenbolone Enanthate is what would be considered the advanced Trenbolone user’s Trenbolone. However, this is not to say that plenty of well-experienced Trenbolone veterans won’t utilize Trenbolone Acetate – many do, and many tend to stick with Trenbolone Acetate exclusively forever without touching Tren Enanthate. The take-home point here is that Trenbolone Enanthate use is much more common among experienced users rather than bare beginners to Trenbolone, who will most often elect to use Trenbolone Acetate due to the short half-life and therefore relatively quick clearance from the body. This is usually a security precaution in the event that the first-time user encounters a bad experience on Trenbolone and wishes to stop more abruptly than stopping Trenbolone Enanthate would.
Test Results of Trenbolone Enanthate
| Tests |
Analysis Standard |
Results |
| Identification |
Conform |
Conform |
| Heavy metals |
≤30 |
Conform |
| ppm |
| Specific Rotation |
﹢25°~﹢31° |
+25.5° |
| Chromatography Purity |
Conform |
Conform |
| Melting point |
176~ |
176.5~181℃ |
| 181℃ |
| Organic Volatile Impurities |
Conform |
Conform |
| Loss On Drying |
≤0.5% |
0.15% |
| Residue On Ignition |
0.1%max |
0.06% |
| Assay |
98.0%min |
99.18% |
| Related inject steroid liquid: |
|
| injection liquid |
|
| Name |
Specification |
| Deca 200 |
200mg/ml |
| Deca 250 |
250mg/ml |
| Anadrol 50 |
50mg/ml |
| Anavar 50 |
50mg/ml |
| Anomass 400 |
400mg/ml |
| Boldenone Acetate 100 |
100mg/ml |
| (Boldenone Cypionate) |
200mg/ml |
| (Boldenone undecylenate) |
300mg/ml |
| Clomid 50 |
50mg/ml |
| Cypoject 250 (Testosterone Cypionate) |
600mg/ml |
| Dianabol 250 |
250mg/ml |
| Durabolin 250 |
250mg/ml |
| Enanject 250 (Testosterone Enanthate) |
250mg/ml |
| Enanject 600 (Testosterone Enanthate) |
600mg/ml |
| Femara 5 |
5mg/ml |
| NPP 200 |
200mg/ml |
| (Nandrolone Cypionate) |
200mg/ml |
| Nolvadex 20 |
20mg/ml |
| Winstrol 50 |
50mg/ml |
| Propionat 100 (TestosteronePropionate) |
100mg/ml |
| Propionat 200 (TestosteronePropionate) |
200mg/ml |
| Sustanon 200 |
200mg/ml |
| Sustanon 250 |
250mg/ml |
| Sustanon 300 |
300mg/ml |
| Sustanon 400 |
400mg/ml |
| Undecanoate500(TestosteroneUndecanoate) |
500mg/ml |
| Trenabol 100 |
100mg/ml |
| Trenabolic 80 (Trenbolone Acetate) |
80mg/ml |
| Trenabolic 100 (Trenbolone Acetate) |
100mg/ml |
| Trenabolic 200 (Trenbolone Acetate) |
200mg/ml |
| Trenaject 60 (Trenbolone enanthate) |
60mg/ml |
| Trenaject 100 (Trenbolone Enanthate) |
100mg/ml |
| Trenaject 150 (Trenbolone Enanthate) |
150mg/ml |
| Trenaject 200 (Trenbolone Enanthate) |
200mg/ml |
| Parabolone 50 (Tren hex) |
50mg/ml |
| Masteron 100 (Drostanolone Propionate) |
100mg/ml |
| Masteron 200 (Drostanolone Enanthate) |
200mg/ml |
| Primoject 100 (Methenolone Enanthate) |
100mg/ml
|
