Trenbolone Enanthate Tren Enanthate Tren Enth

Detailed introduction to Trenbolone Enanthate:

CAS number: 472-61-546Formula: C25H34O3Purity:99%Drug Class: Anabolic/androgenic steroid (for injection)Leading supplier:Top steroidMolecular Weight: 312.4078Molecular Formula:C20H24O3Melting Point (base): 183-186CEffective Dose (Men): 300-600mgs/wkEffective Dose (Women): Not recommendedActive life: 8 days

 1. Trenbolone-Enanthate is not only one of the most popular steroids of all time but one of the most popular because it is one of the most powerful and one of the most effective. Truly one of the most versatile anabolic steroids on the market, users will find it is perfect for almost any cycle, from cutting and bulking or any other purpose you might find. As is common with very powerful steroids it can also be one of the harsher and for this reason many will not be able to use it; unfortunately while very powerful it is not always well-tolerated. However, make no mistake, the strong majority will be fine but many will still find its power to be a little too much.Trenbolone-Enanthate, like all Trenbolone forms is a 19-nor class anabolic androgenic steroid that is both highly anabolic and androgenic. The Trenbolone hormone is so powerful it is 500 times more anabolic than testosterone, as well as 500 times more androgenic; as testosterone alone is so powerful this should give you a pretty good idea of how amazing this steroid really is. 2. Trenbolone Enanthate does not need to be injected very frequently, in-fact most will find 2 injections per week or simply a schedule of one every 4 days to be sufficient. You will also find this compound on a per milligram basis to be a little weaker than Trenbolone-Acetate, meaning to receive the same dosing with Tren-E as it is most commonly known the individual would need a little more on a weekly basis to receive the same amount as if the Acetate version were being used. The reason for this is simple; when we take 100mg of both forms a larger amount of the Tren-E form is ester, as larger esters take up more mass in a compound than smaller ones.