Enantat 400 mg is an oil-based testosterone enanthate injectable manufactured by Dragon Pharma and dosed at 400 mg/mL in a 10 mL vial.
Enantat 400 mg is an injectable anabolic-androgenic steroid containing testosterone enanthate, a long-acting testosterone ester. Its extended release profile makes testosterone enanthate one of the most established forms of injectable testosterone, both in medically supervised testosterone replacement therapy and in non-medical bodybuilding use. The 400 mg/mL concentration delivers a higher amount of testosterone per milliliter compared to standard 250 mg/mL preparations.
In clinical practice, testosterone enanthate is used as testosterone replacement therapy for appropriately diagnosed men with conditions associated with deficient or absent endogenous testosterone production. In bodybuilding and performance-enhancement settings, long-acting testosterone is commonly used as a foundation compound in mass-building or bulking cycles because of its anabolic and androgenic activity and comparatively prolonged release.
Testosterone supports processes involved in muscle protein synthesis, recovery, strength, sexual function and maintenance of normal male physiological characteristics. When testosterone is used at supraphysiologic levels for physique or performance enhancement, however, the potential for adverse effects also increases and such use falls outside approved medical indications. The high concentration of Enantat 400 mg means that injection volume is reduced for a given dose, but it also requires careful attention to dosing precision.
Enantat 400 mg uses MCT oil as its carrier oil, providing the oil base for the testosterone enanthate formulation.
Testosterone enanthate is a long-acting testosterone ester designed for gradual release after administration. Its extended release characteristics distinguish it from faster-acting testosterone preparations and make it one of the most established injectable forms of testosterone.
The enanthate ester slows the release of testosterone from the injection site, producing a longer duration of activity than short-acting preparations such as testosterone propionate or unesterified testosterone suspension.
Once the esterified compound is released and metabolized, the active hormone is testosterone. The ester primarily influences the rate of release and duration of activity rather than changing the underlying anabolic and androgenic properties of testosterone itself.
These characteristics explain why testosterone enanthate is encountered both in medically supervised testosterone replacement therapy and in non-medical bodybuilding settings where a longer-acting testosterone preparation is commonly preferred.
Testosterone enanthate releases more gradually than short-acting esters such as testosterone propionate. Its release characteristics are broadly comparable to testosterone cypionate, while testosterone suspension contains no ester and represents a much faster-acting preparation. The high concentration of Enantat 400 mg does not change the release profile of the enanthate ester itself.
Dragon Pharma offers several testosterone formulations built around different esters, concentrations and release profiles. The main practical distinction between these preparations is how quickly testosterone is released and how long the formulation remains active after administration.
Enantat 250 provides the same active substance at a standard 250 mg/mL concentration, which allows for more familiar dosing volumes. Cypionate 250 uses the closely related cypionate ester at 250 mg/mL. For shorter-acting options, Propionat 100 uses testosterone propionate. Dragon Pharma also offers Sustanon 270, a multi-ester testosterone blend.
Published laboratory reports for Enantat 400 mg are shown below with the test date, measured concentration and percentage of the product's 400 mg/mL label claim.
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Laboratory results apply to the specific tested sample represented in each published report and should not be interpreted as a measurement of every vial or production batch.
The information below is provided for educational reference only. Testosterone enanthate is a prescription androgen; medical use requires appropriate diagnosis, clinical supervision and ongoing monitoring. Non-medical use falls outside approved indications.
In medically supervised testosterone replacement therapy, testosterone enanthate dosing is individualized based on laboratory results, symptom response and the specific product used. In non-medical bodybuilding settings, long-acting testosterone such as Enantat 400 mg is commonly referenced in the range of 250–500 mg per week, though such use falls outside approved medical indications. The high concentration of Enantat 400 mg means that a smaller volume provides the same amount of active compound, which can be advantageous for injections but requires precise measurement.
| Use Case | Common Reference Range | Injection Frequency |
|---|---|---|
| TRT (medical) | Individualized by clinician | Once weekly or split |
| Bodybuilding (non-medical) | 250–500 mg / week | Once or twice weekly |
| Stacking base compound | Typically combined with other compounds | Per cycle protocol |
In non-medical bodybuilding contexts, long-acting testosterone is frequently used as a base compound in bulking or mass-building cycles and may be combined with other injectable or oral compounds. Dragon Pharma offers several products that are commonly referenced in this context, including Deca 300 and Dianabol 20 for bulking, or Winstrol 10 during cutting phases where maintaining muscle while reducing fat is a goal.
As with any long-acting testosterone, cycle structure, duration and support compounds should be considered in the context of individual experience, health status and bloodwork where possible.
Testosterone enanthate aromatizes, meaning some of it converts to estrogen. This can contribute to water retention, gynecomastia and elevated blood pressure in susceptible individuals. Aromatase inhibitors such as Arimidex are commonly referenced in this context, though use should be based on individual response and bloodwork where possible.
Testosterone enanthate is not liver toxic in the way oral C17-alpha-alkylated steroids are, but cholesterol and hematocrit levels should be monitored during use.
After completing a cycle with Enantat 400 mg, post-cycle therapy is commonly recommended to help restore endogenous testosterone production and support hormonal recovery. Agents such as Clomid or Nolvadex are commonly referenced for this purpose.
PCT protocols vary based on cycle length, compounds used and individual factors. Bloodwork and, where possible, medical guidance can help inform recovery strategy.
Dosing strategies, support compounds and recovery protocols should be adjusted based on experience level and bloodwork where possible. The information above is for educational reference and does not constitute medical advice.
Testosterone enanthate is a prescription androgen that can affect hormonal, reproductive, cardiovascular and hematologic function. Medical testosterone therapy requires appropriate diagnosis, clinical supervision and ongoing monitoring.
Testosterone replacement therapy is intended for appropriately diagnosed testosterone deficiency. Clinical evaluation normally considers both compatible symptoms and consistently low testosterone concentrations rather than symptoms alone.
Use of testosterone at supraphysiologic levels for bodybuilding or performance enhancement falls outside approved replacement therapy and can increase exposure to androgen-related adverse effects.
Higher-than-physiologic testosterone exposure can carry additional health risks. Product concentration and laboratory verification do not establish that non-medical use is safe or appropriate for an individual. The high concentration of Enantat 400 mg requires particular attention to dosing precision.
Testosterone therapy can increase red blood cell production and hematocrit. Excessive elevation can require medical evaluation and changes to treatment. Monitoring may also include blood pressure, prostate-related assessment and evaluation for other treatment-related adverse effects.
Testosterone can suppress the body's own reproductive hormone signaling and reduce sperm production. Fertility is therefore an important consideration, particularly for men planning to have children.
Other potential androgen-related effects can include acne, changes in skin oil production, fluid retention and changes in prostate-related symptoms. Individual response and risk vary according to health status, exposure and other factors.
Testosterone therapy is not appropriate for everyone. Medical guidelines identify circumstances in which treatment should be avoided or carefully evaluated, including known or suspected prostate or male breast cancer, elevated hematocrit, untreated severe obstructive sleep apnea, certain cardiovascular conditions, thrombophilia and near-term fertility plans.
Existing cardiovascular disease, urinary or prostate symptoms, abnormal blood counts and other medical conditions should be discussed with a qualified healthcare professional before testosterone therapy is considered.
Medically supervised testosterone therapy typically involves follow-up assessment to evaluate treatment response, adverse effects and relevant laboratory markers. Depending on the individual, monitoring may include testosterone concentrations, hematocrit and prostate-related evaluation.
Laboratory testing of the product itself, such as the published potency reports shown in the Lab Reports tab, is separate from clinical monitoring of the person using testosterone.
Keep the vial securely stored and protected from conditions that could compromise the product or container. Inspect the vial and solution before use and do not use a product that appears damaged, contaminated or otherwise abnormal.
Keep all medications and injectable products out of the reach of children. Follow the storage instructions provided with the product packaging.
Enantat 400 mg is supplied through the official Dragon Pharma distribution chain and shipped in original manufacturer packaging with discreet, privacy-focused handling.
The outer shipping package remains discreet, with privacy-focused handling and no unnecessary external product details. Products are supplied through the official Dragon Pharma distribution chain.
To verify your Enantat 400 mg product, use the security code on the vial label and cross-check it on the Dragon Pharma official site. Official Dragon Pharma presentation, batch-linked lab proof, and original packaging help reinforce product legitimacy and buyer confidence.
For complete delivery details, tracking policy, and reshipment terms, please see our Shipping Info page.
Proper storage conditions help preserve formulation stability and overall product integrity throughout shelf life.
Store at controlled room temperature (15–25°C) and protect from excessive heat, moisture, and direct light. Maintaining stable conditions helps preserve the integrity of the oily formulation.
Keep the vial in its original packaging until use. Do not freeze. Before administration, inspect the solution and avoid use if it appears cloudy, discolored, contains particulate matter, or if the vial or seal is compromised.
Keep out of reach of children. Follow proper handling and sterile injection practices when administering the product.
Answers to common questions about Enantat 400 mg, testosterone enanthate, release characteristics, product strength and laboratory testing.
Enantat 400 mg contains testosterone enanthate, a long-acting testosterone ester. In medical practice it is used for appropriately diagnosed testosterone deficiency. In non-medical bodybuilding settings it is commonly referenced as a base compound for muscle growth, strength and recovery, though such use falls outside approved medical indications.
Because of its long-acting enanthate ester, testosterone enanthate is typically referenced as being administered once or twice weekly. In medically supervised therapy, injection frequency is individualized by a clinician based on laboratory results and treatment response. The 400 mg/mL concentration allows for reduced injection volumes compared to lower-concentration preparations.
Testosterone enanthate is a long-acting ester of testosterone. After administration, the esterified testosterone is released gradually and ultimately provides active testosterone, which has both androgenic and anabolic effects.
In medical practice, testosterone therapy is used for appropriately diagnosed testosterone deficiency. Testosterone also influences muscle mass, strength, sexual function and other androgen-dependent physiological processes. Non-medical use for bodybuilding or performance enhancement falls outside approved testosterone replacement therapy.
Testosterone enanthate is a long-acting preparation, so its effects are not expected to appear immediately. The time required to notice a change depends on what is being evaluated, the individual's starting hormone levels, treatment circumstances and other biological factors.
Its enanthate ester primarily provides a slower and more prolonged release profile than short-acting preparations such as testosterone propionate or unesterified testosterone suspension.
There is no single testosterone ester that is universally best. Testosterone enanthate and testosterone cypionate are both long-acting preparations with broadly similar release characteristics, while propionate is shorter acting and testosterone suspension contains no ester.
The differences mainly involve ester structure, release profile, concentration and formulation. The appropriate formulation depends on the circumstances in which testosterone is being used.
Testosterone enanthate and testosterone cypionate are closely related long-acting testosterone esters. Both are designed to slow the release of testosterone after administration and have broadly comparable characteristics.
Their ester structures differ slightly, but both occupy the long-acting end of the testosterone spectrum. Dragon Pharma offers Cypionate 250 as a comparable cypionate-based formulation.
Enantat 250 and Enantat 400 mg contain the same active substance, testosterone enanthate. The primary difference is concentration: Enantat 400 mg is dosed at 400 mg/mL, while Enantat 250 is dosed at 250 mg/mL. The higher concentration of Enantat 400 mg means that a smaller injection volume delivers the same amount of testosterone, which can reduce injection volume but requires precise measurement.
A milligram amount cannot be classified as appropriate or excessive without considering the medical indication, individual response, laboratory results, treatment schedule and the specific testosterone product being used. Testosterone treatment should therefore be individualized by a qualified healthcare professional.
It is also important to distinguish a dose in milligrams from a product's concentration in mg/mL. Enantat 400 mg is labeled at 400 mg/mL; that concentration does not by itself specify how much should be administered.
Enantat 400 mg is labeled at 400 mg of testosterone enanthate per mL. It is supplied in a 10 mL vial, giving 4,000 mg of total labeled testosterone enanthate content per vial.
Yes. A published laboratory report dated August 25, 2026 measured Enantat 400 mg at 400.08 mg/mL, equivalent to 100.02% of its 400 mg/mL label claim.
An additional report from October 2, 2025 (418.88 mg/mL, 104.72%) is also available. Laboratory results apply to the tested sample represented by the individual report and should not be interpreted as a measurement of every vial.
Enantat 400 mg contains a single testosterone ester (enanthate) at a high concentration of 400 mg/mL, releasing gradually over approximately 4.5 to 7 days. Sustanon 270 is a multi-ester testosterone blend combining several esters with different release rates, providing both fast and slow release characteristics. The choice between them depends on the desired release profile, concentration, and individual goals.