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Ahmed Al Maghribi

Ahmed Al Maghribi Cinder Extrait De Parfum 100ml

Ahmed Al Maghribi Cinder Extrait De Parfum 100ml

Regular price $31.00 USD
Regular price $38.00 USD Sale price $31.00 USD
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The 100ML Ahmed Al Maghribi Cinder Extrait De Parfum is formulated at an elevated fragrance oil concentration, designed to adhere longer to skin surfaces and maintain detectable presence across extended daily wear.

As an extrait de parfum, this product contains a higher proportion of aromatic compounds relative to alcohol-based solvents. The increased oil density slows rapid evaporation, allowing foundation and base layers to persist noticeably beyond standard eau de toilette or eau de parfum equivalents. A 100ML capacity supplies a substantial reserve for routine application. Because concentrated formulas typically require one to two precise sprays per session, this volume generally supports regular daily use for three to four months, reducing replacement frequency while maintaining batch consistency.

Application and Handling Guidelines

  • Spray onto warm vascular zones such as the wrists, inner elbows, and throat to utilize natural body heat for steady vapor release.
  • Avoid rubbing or massaging the skin immediately after application, as physical friction prematurely disrupts the molecular structure and shifts the intended progression from top to base notes.
  • Maintain the bottle cap securely fastened when not in use to prevent solvent evaporation and preserve the original concentration ratio.

Volume and Storage Considerations

This 100ML format addresses consumers who seek reliable refilling intervals without committing to limited-edition decants. Consistent performance depends on proper storage conditions; keeping the container upright in a cool, shaded region prevents thermal degradation and keeps the oil blend stable. Test a single application during low-humidity conditions to establish the optimal dose for your climate, as concentrated extracts project more intensely in warm or humid environments and may require reduced frequency.

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