TRENBOLONE ACETATE

  • Brand: Somatrop-Lab
  • Product Code: TRENBOLONE ACETATE
  • Availability: In Stock
  • $70.00



Trenbolone Acetate by Somatrop-Lab — High Potency Anabolic Formula

Elevate your physique with the extreme potency of Somatrop-Lab's Trenbolone Acetate. Designed for advanced users seeking maximum lean muscle mass, this formula provides unparalleled anabolic support. Whether you are looking to break through plateaus or refine your conditioning, this professional-grade compound is engineered for high-performance results.

Specifications

Active Substance (17β)-3-Oxoestra-4,9,11-trien-17-yl acetate
Formula C20H24O3
Anabolic Index 500%
Androgenic Index 500%
Manufacturer Somatrop-Lab
Formulation 10 ml x '100 mg/ml

Product Overview

Trenbolone Acetate is a highly effective anabolic steroid known for its incredible strength-building capabilities. This specific formulation by Somatrop-Lab is optimized for efficiency, delivering an intense anabolic-to-androgenic ratio. It is ideal for users focusing on muscle density and strength without the excessive water retention often associated with other compounds.

Due to its high potency, this product is best suited for experienced users. The formula is delivered in a 100 mg/ml concentration, ensuring precise dosing for your specific cycle requirements.

  • Maximum Potency: High anabolic activity for significant muscle hypertrophy.
  • Clean Results: Minimal water retention and no aromatization.
  • Professional Grade: Manufactured by Somatrop-Lab for authenticity and quality.

Frequently Asked Questions

What is the recommended dosage?
For men, the standard dosage is typically between 200-700 mg per week.

Does it cause water retention?
No, this formula is designed to minimize water retention, making it ideal for a dry, aesthetic look.

What are the potential side effects?
While acne is reported, it is considered rare with this-specific formulation. Some level of hepatotoxicity should be considered during use.

Does it aromatize?
No, Trenbolone Acetate does not undergo aromatization, reducing the risk of estrogen-related side effects.