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Testabol 400 - Testosterone Blend | Dragon Pharma
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  • Testabol 400 - Testosterone Blend | Dragon Pharma

Testabol 400

$119.00
$105.91 Save 11%

Testosterone Blend

Testabol 400β€’400 mg/ml
Composition Acetate + Enanthate + Decanoate
Total per ml 400 mg
Ester Range Short to Ultra-Long
Aromatisation Yes β€” AI Required
Carrier MCT Oil
Form Injection, 10ml

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Testabol 400 β€” Triple Testosterone Ester Blend by Dragon Pharma

Testabol 400 is Dragon Pharma's high-concentration triple testosterone ester blend at 400mg/ml β€” combining Testosterone Acetate (fastest ester), Testosterone Enanthate (medium-long ester) and Testosterone Decanoate (longest ester) in a single 10ml MCT oil vial. The three-ester architecture is designed to cover the full pharmacokinetic spectrum with a single injection: Acetate provides an immediate testosterone peak within hours; Enanthate maintains stable mid-range levels across the week; Decanoate creates a slow-release depot that extends the hormonal baseline deep into the injection interval.

Also searched as: Testabol 400, triple testosterone blend 400mg, testosterone acetate enanthate decanoate blend, Testabol Dragon Pharma.

Why Three Esters β€” The Multi-Ester Pharmacokinetic Rationale

The fundamental question any testosterone blend must answer: why not simply use a single long-ester testosterone at equivalent weekly dose?

  • Single-ester testosterone formulations (Enanthate, Cypionate) produce a blood level curve that peaks 24-72 hours post-injection then declines to a trough before the next injection β€” the peak-to-trough variation can be 30-50% of peak concentration in a typical twice-weekly protocol
  • Multi-ester blends distribute the testosterone release across different time points: a fast ester fills the immediate post-injection window (preventing the drop in levels between injection and the longer esters' onset), a medium ester maintains the sustained mid-cycle plateau, and a long ester blunts the trough at the end of the injection interval
  • The theoretical result is a flatter blood level curve with less peak-to-trough variation β€” more stable testosterone levels between injections, which translates to more consistent androgenic environment, mood and libido stability

The Three Esters β€” Individual Pharmacokinetics

Ester Approx Half-Life Peak Timing Role in Blend
Testosterone Acetate ~2–3 days 12–24 hours post-injection Rapid onset β€” fills immediate window; produces fast initial testosterone rise
Testosterone Enanthate ~7 days 2–5 days post-injection Mid-range backbone β€” primary sustained level maintenance between injections
Testosterone Decanoate ~14–15 days 5–10 days post-injection Long depot β€” blunts the trough at end of injection interval; extends baseline

Testabol 400 vs Sustanon 270 β€” The Blend Comparison

Both are multi-ester testosterone blends β€” the specific ester compositions differ:

Parameter Testabol 400 Sustanon 270
Concentration 400 mg/ml 270 mg/ml
Number of esters 3 5
Fastest ester Acetate (~2–3 days half-life) Propionate (~2 days) + Phenylpropionate (~4 days)
Medium ester Enanthate (~7 days) Isocaproate (~9 days)
Longest ester Decanoate (~14–15 days) Decanoate (~14–15 days) + Undecanoate (~20 days)
Injection frequency Twice weekly optimal Once weekly possible; twice weekly ideal
PCT timing ~14–21 days post last injection ~21–28 days post last injection (due to Undecanoate)

Sustanon 270 covers a wider ester range (Propionate to Undecanoate) with 5 esters; Testabol 400 uses a simpler 3-ester architecture at higher concentration. Testabol 400's higher concentration (400mg/ml vs 270mg/ml) means smaller injection volumes at equivalent weekly doses β€” a practical advantage at higher dose protocols.

Effects and Benefits

  • Full testosterone pharmacological profile β€” all effects of testosterone including anabolic, androgenic, libido, mood, erythropoietic
  • Broader pharmacokinetic coverage than single-ester testosterone β€” reduced peak-to-trough variation with appropriate injection frequency
  • Faster initial onset than pure long-ester formulations β€” Acetate component produces testosterone rise within hours of first injection
  • Higher concentration than Sustanon 270 β€” 400mg/ml allows lower injection volumes at equivalent weekly testosterone doses
  • No loading period required β€” unlike pure Enanthate which takes 2-3 weeks to reach steady state, the Acetate component provides immediate hormonal activity

Dosage and Administration

Protocol Weekly Dose Volume at 400mg/ml Frequency
TRT-equivalent 400–600 mg/week 1–1.5 ml/week Twice weekly (0.5–0.75ml per injection)
Standard cycle 600–800 mg/week 1.5–2 ml/week Twice weekly (0.75–1ml per injection)
High dose 800–1,200 mg/week 2–3 ml/week Twice weekly (1–1.5ml per injection)

Twice-weekly injection is the optimal frequency β€” the Acetate component necessitates more frequent injection than a pure Decanoate or Undecanoate would require. Once-weekly injection with Testabol 400 would produce more pronounced trough levels from the Acetate component's short half-life. Estrogen management with Arimidex or Aromasin is required β€” all three testosterone esters aromatise to estradiol.

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