PHARMATEST PH 100 (TESTOSTERONE PHENYLPROPIONATE 100mg/mL)

Balanced Speed • Lean Gains • Precision Performance Support

PharmaTest PH 100 — a high-quality Testosterone Phenylpropionate 100mg/mL injectable compound engineered for lean muscle development, steady strength gains, enhanced recovery, and controlled anabolic progression. Sitting between fast propionate and longer esters, this compound delivers a balanced release profile, offering quicker activation than long esters while maintaining smoother stability than very short esters.

This is smart performance design — controlled speed with consistent power.

🔥 PRODUCT HIGHLIGHTS

Pharmaceutical-Grade Testosterone Phenylpropionate Mid-length ester for balanced activation and stability.

100mg/mL Concentration Optimal strength for structured research protocols.

Lean Muscle Development Encourages dense, quality size without excessive water retention.

Strength & Output Enhancement Supports progressive increases in training performance.

Improved Recovery & Endurance Helps maintain high-output performance cycles.

Flexible Cycle Control Faster clearance than long esters for adaptable research timing.

💪 THE EXPERIENCE

PharmaTest PH 100 delivers steady strength gains, noticeable muscle density, and smooth anabolic progression. Researchers often observe enhanced pumps, improved recovery speed, increased endurance, and consistent lean development, resulting in a tight, balanced, athletic physique effect — not rapid spikes, not slow activation.

This compound is engineered for balanced-cycle performance and lean progression research.

📌 HOW TO USE

• Administration: Intramuscular injection
• Compound Type: Testosterone Phenylpropionate
• Concentration: 100mg/mL
• Protocol Style: Lean bulking, recomposition, and mid-length research cycles
• Research Stacking: Often used as a flexible testosterone base in advanced anabolic stacks
• Storage: Store in a cool, dark place away from heat and light

💎 PERFECT FOR

• Mid-length testosterone research
• Lean bulking protocols
• Recomposition studies
• Strength-focused cycles
• Controlled anabolic timing
• Advanced stack structuring