Baldessarini Ambre 50ml EDT Spray

    Original price £35.15 each £703.00 per 1l
Sold and shipped by a Marketplace seller
Baldessarini Ambre 50ml EDT Spray
Baldessarini Ambre 50ml EDT Spray size_50.0ML
    Original price £35.15 each
 
We're sorry but this product is no longer available online
Baldessarini Ambre 50ml EDT SprayBaldessarini Ambre 50ml EDT SprayBaldessarini Ambre 50ml EDT Spray

 

Baldessarini Ambre 50ml EDT Spray

    Original price £35.15 each £703.00 per 1l
Sold and shipped by a Marketplace seller
Online only
 
Online only
    Original price £35.15 each
About Beauté Focus
View Seller Details
  • Standard delivery
    postage from £2.95
Baldessarini Ambre 50ml EDT Spray
Baldessarini Ambre 50ml EDT Spray size_50.0ML
    Original price £35.15 each
 
We're sorry but this product is no longer available online

Product Information

Baldessarini Ambre 50ml Eau de Toilette Spray - an amber-spice woody fragrance for men that blends warm amber, spicy accents and smooth woods for a refined, versatile scent. The 50 ml glass bottle features a brushed-metal cap and elegant packaging, ideal for day-to-night wear when you want a confident, sophisticated signature.

Luxurious amber-spice woody composition for men - long-lasting EDT formula - versatile day-to-night performance - premium glass bottle with brushed-metal cap - warm amber heart with spicy and woody dry-down.

For external use only. Do not ingest. Keep out of reach of children.

Product code: mp-00547073

EAN: 4011700906000

Hold the bottle 10-15 cm from skin and spray an even, light mist. Apply to pulse points-wrists, neck and chest-to help the fragrance develop with body heat. Use after showering or skincare to enhance longevity. Reapply sparingly if needed during the day or evening, avoiding over-saturation.

Spray from 10-15 cm onto pulse points for an even mist. Apply after showering or moisturising to increase longevity. Reapply lightly in the evening only if needed and avoid spraying onto clothing to prevent marks. Store in a cool, dry place away from direct sunlight.