Prada Infusion De Figue Eau De Parfum Spray 90ml/3.4oz

The Prada Infusion de Figuier Eau de Parfum Spray offers a concentrated aromatic delivery system housed in a precisely calibrated 90ml container, designed for consistent application and extended wear across different temperatures and skin types. As an eau de parfum, this formulation maintains a higher ratio of fragrance oils to carrier solvents compared to lighter divisions, ensuring steadier diffusion and longer surface retention without relying on rapid volatility.

The 90-milliliter volume provides a practical balance between daily consumption and long-term availability, reducing the frequency of restocking cycles while fitting comfortably into standard luggage compartments or drawer organizers. The precision atomizer head regulates aerosol particle size per actuation, preventing spillage and allowing controlled dosing on pulse points or textiles. Clear glass construction shields the liquid from ultraviolet exposure, preserving the chemical stability of the blend throughout its usable lifespan.

Functional Details

• Spray Mechanism: Tuned valve for fine mist dispersion and reduced overspray
• Volume: 90ml / 3.4oz, structurally optimized for personal rotation and travel
• Construction: Impact-resistant glass vessel with secure sealing for shelf storage
• Application Profile: Formulated for both direct skin contact and fabric integration without residue transfer

Opting for this specific concentration and packaging configuration guarantees reliable performance in professional environments, active routines, and seasonal transitions where scent endurance is necessary. The consistent pump cycle matches established industry dosage standards, delivering measurable coverage per use. Whether establishing a consistent olfactory baseline or integrating into existing fragrance rotations, this 90ml presentation maintains manufacturer-aligned ingredient ratios until depleted, delivering predictable projection and developmental phases matched to the original formulation parameters.