Classic Bulk 450mg – Test E (250mg) + Deca (200mg) | High-Concentration Research Blend (10ml)

Classic Bulk (450mg) is a premium-grade research compound developed for laboratories requiring a stable, high-concentration blend for performance-related scientific studies. Featuring Testosterone Enanthate (250mg) and Deca (200mg) per ml, this formulation delivers a balanced research profile ideal for evaluating muscle growth mechanisms, recovery patterns, and long-term strength adaptation models.

Manufactured under strict quality standards, Classic Bulk ensures purity, consistency, and reliability across all research applications. The 10ml vial format provides convenience for ongoing experimental procedures, analytical testing, and controlled scientific evaluation.

This compound is intended solely for laboratory analysis, functional testing, and scientific data collection.
Not for human consumption.

Lab Research Only Section

Classic Bulk (450mg) is designated strictly for scientific and laboratory use.

• Not for human use

• Not for veterinary use

• Not a supplement or performance product

• Must be handled by trained researchers following appropriate safety protocols

Use only in accordance with relevant research and chemical handling regulations.

Frequently Asked Questions (FAQs)

1. What is Classic Bulk (450mg)?

It is a laboratory research blend containing Test E (250mg) and Deca (200mg) designed for controlled scientific studies involving strength, endurance, and tissue-response observation.

2. What is the concentration breakdown?

Each ml contains:

• Test E: 250mg

• Deca: 200mg
  Total concentration: 450mg/ml
  Volume: 10ml

3. Is this product intended for human consumption?

No. Classic Bulk (450mg) is strictly not for human or animal use and is intended solely for laboratory research purposes.

4. How should Classic Bulk be stored?

Store in a cool, dry, temperature-controlled environment away from direct light. Follow standard laboratory chemical storage guidelines.

5. What type of research is this suitable for?

It is commonly used in studies exploring:

• Strength and power output

• Muscle-fiber response

• Recovery and adaptation models

• Tissue development mechanisms