Testosterone Enanthate 400

Testosterone Enanthate — Enantat 400 by Dragon Pharma

Enantat 400 is Dragon Pharma's high-concentration formulation of injectable Testosterone Enanthate — the same active substance and ester as Enantat 250, delivered at 400mg/ml instead of 250mg/ml. Each 10ml vial in Dragon Pharma's MCT oil carrier provides a more concentrated hormonal load, allowing advanced users to reach higher weekly doses with fewer total injections or smaller injection volumes.

Also searched as: Testosterone Enanthate 400mg, Test E 400, Enantat 400 Dragon Pharma, high-dose testosterone enanthate.

What Is Enantat 400?

Enantat 400 contains Testosterone Enanthate — the same long-acting ester used in Enantat 250 — at a higher 400mg/ml concentration. The pharmacology is identical to standard Testosterone Enanthate: the enanthate ester extends the hormone's release over approximately 7-8 days, with the same anabolic and androgenic activity as any other testosterone ester. The only practical difference between Enantat 400 and Enantat 250 is concentration — at 400mg/ml, a given dose is delivered in less than two-thirds the injection volume required by the 250mg/ml version.

Effects and Benefits

• Substantial increases in muscle mass and strength when paired with adequate training and nutrition
• Improved recovery between training sessions and reduced cumulative fatigue across a cycle
• High concentration allows higher weekly doses without proportionally larger injection volumes
• Fewer total injections required for the same weekly dose compared to lower-concentration testosterone
• Serves as the base compound supporting every other compound added to a cycle

Dosage and Administration

With the same ~7-8 day half-life as standard Testosterone Enanthate, Enantat 400 is dosed on the same twice-weekly schedule. The practical advantage of the 400mg/ml concentration becomes apparent at higher weekly doses — for example, a 1000mg/week protocol requires 2.5ml total per week at 400mg/ml versus 4ml at 250mg/ml, reducing injection volume and the number of injection sites needed.