Test-E 400

Test-E 400

  • Brand: Nakon Medical
  • Product Code: Test-E 400
  • Availability: In Stock
  • $91.00



Testosterone Enanthate 400mg/ml — Premium Quality by Nakon Medical

Achieve professional-grade results with Testosterone Enanthate, a high-purity formulation designed for precision. Whether you are looking for a reference drug or a reliable supplement for your regimen, this product offers the potency and quality required for serious users.

Specifications

Active Substance Testosterone En
Concentration 400 mg/ml
Form 10 ml Vial
Manufacturer Nakon Medical
Half-life 5-7 days
Carrier Oil MCT Oil
Classification Anabolic Steroid

Product Details

This Testosterone Enanthate formulation is chemically identified as (17β)-3-Oxoandrost-4-en-17-yl heptanoate, with the molecular formula C26H40O3. It is engineered to serve as a high-standard reference, maintaining an anabolic and androgenic activity index of 100%.

Designed for efficiency, the product uses MCT oil as a carrier. While it is a potent anabolic steroid, users should be aware of potential aromatization and water retention. It is characterized by low hepatotoxicity, making it a trusted choice for those monitoring liver health.

Shipping & Delivery

Please note that temporary shipping restrictions apply to Switzerland, Japan, Iceland, New Zealand, Singapore, Israel, Taiwan, Malta, Norway, Denmark, Alaska, Hawaii, Puerto Rico, and Guam. Additionally, military addresses (including APO and FPO) are currently not supported. Please ensure your delivery location is within these guidelines to avoid delays.

FAQ

Is this product hepatotoxic?
No, this formulation is not classified as hepatotoxic, making it easier on the liver compared to oral alternatives.

Does it cause water retention?
Yes, users may experience water retention as part of the typical physiological response to this substance.

What is the half-life of this product?
The active half-life is approximately 5-7 days.

Are there side effects like acne?
Yes, acne is a potential side effect that can occur depending on individual sensitivity and dosage.