Acca Kappa · Personal Care

Acca Kappa Glicine Wisteria Edp 100ml - Soap 150g - Hand Cream 75ml Gift Set

Delicate fusion of floral, fruity, and woody notes creates an enchanting aroma suited for every occasion. Long-lasting Eau de Parfum formulation ensures you stay enveloped in luxury throughout the day. Includes indulgent soap and hand cream that complement the perfume, offering an all-encompassing scent experience. Perfectly crafted for the modern woman, elevating any outfit with a sophisticated and vibrant signature scent. Presented in an exquisite gift set, making it an ideal present for special occasions such as Mother's Day or birthdays. Description More Info Acca Kappa Glicine Wisteria Edp 100ml - Soap 150g - Hand Cream 75ml Gift Set Immerse yourself in a luxurious sensory experience with the Acca Kappa Glicine Wisteria Gift Set . This exquisite collection features an enchanting Eau de Parfum that marries the delicate wisteria and lilac with the purity of lily and magnolia. The top notes of vibrant Sicilian lemon , bergamot, exotic fruits, and melon create a refreshing invitation, leading to a heart rich in floral elegance. The warm base notes of heliotrope , amber, vanilla, musk, and sandalwood provide a soft, sensual finish that lingers beautifully. Perfect for the modern woman, this captivating fragrance embodies both sophistication and charm, making it a perfect choice for daytime wear or evening elegance. Ingredients: Alcohol Denat., Parfum (Fragrance), Aqua (Water), Butylphenyl Methylpropional, Linalool, Limonene, Citral Please note that although we endeavor to ensure that the product information displayed on our website is accurate and up to date, products and their ingredients are liable to change. Due to this, you should always read the label before consuming or using the product and never rely solely on the information presented here. Directions: Stand still and spray perfume lightly on dry clean skin. Apply to heat areas such as neck, shoulder, underarm, and wrist. Do not rub or splash.

90-day range £∞–-£∞ · average £NaN