Quantity discount
Rimmel London Child & Free
01 TranslucentPrice in EUR including VAT
Delivered between Tue, 14.4. and Fri, 17.4.
More than 10 pieces in stock at supplier
More than 10 pieces in stock at supplier
Free shipping starting at 30,–
Product details
The Rimmel London Kind & Free Foundation is a high-quality pressed powder that provides a healthy and natural look. Weighing 10 grams, this product features a lightweight texture that applies effortlessly to the skin. The color code 01 Translucent allows for a sheer application, making it ideal for various skin tones and achieving a flawless finish. The formula is specially designed to care for the skin while ensuring a comfortable wear. Made in France, this powder is part of Rimmel London's Make-Up Cover product line, known for its innovative and skin-friendly products. The Rimmel London Kind & Free Foundation is thus an excellent choice for anyone who values a healthy complexion while also seeking reliable coverage.
Colour code + Colour description | 01 Translucent |
texture | Powder |
Skin type | All skin types, Sensitive skin |
covering power | Easy, Transparent |
Contents | 10 g |
Item number | 24888835 |
Manufacturer | Rimmel London |
Category | Foundation |
Manufacturer no. | 17420374001 |
Release date | 8.12.2022 |
External links |
Colour code + Colour description | 01 Translucent |
Features | Long-lasting, Matting |
texture | Powder |
Skin type | All skin types, Sensitive skin |
covering power | Easy, Transparent |
finish | Matt |
Product line | Child & Free |
Content features | Hypoallergenic, Non-comedogenic, Perfume-free, Without artificial colourings |
Country of origin | France |
CO₂ emissions | 0,41 kg |
Climate contribution | EUR 0,12 |
Items per sales unit | 1x |
Contents | 10 g |
Product Safety |
Length | 7.60 cm |
Width | 7.60 cm |
Height | 0.70 cm |
Weight | 25 g |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return if unopened
30-day right of return if unopened
No warranty
Legal concerns