TAGS: Sustainability / Natural Cosmetics Skin Care Hair Care
Biesterfeld and Laboratoires Expanscience conclude a distribution agreement for the personal care segment in DACH and Poland. With immediate effect, Biesterfeld Spezialchemie will exclusively distribute the natural-origin ingredients by French manufacturer Laboratoires Expanscience in the personal care sector in the DACH region (excluding French-speaking Switzerland) and Poland.
The distribution agreement covers a product portfolio of over 30 active ingredients used in formulations for hair and skin care.
Sustainably Sourced Active Ingredients
The portfolio of the family-owned group Laboratoires Expanscience is based on innovative, sustainably sourced active ingredients that combine naturalness and functionality. The raw materials are 100% of natural origin and the majority are COSMOS certified.
43% of the products come from upcycling. The ingredients are used in
skin care lines for babies and adults as well as versatile cosmetic products, ranging from anti-aging to anti-acne.
"The new partnership with Laboratoires Expanscience gives us the opportunity to complete our unique portfolio of actives. Laboratoires Expanscience's raw materials offer an excellent balance between naturalness and effectiveness. We are looking forward to working with these products that respond very well to current trends such as sustainability and resource conservation and are suitable for a wide range of personal care applications," says Bettina Heick, business manager lifeScience at Biesterfeld Spezialchemie.
Armelle Le Peniec, cosmetic active ingredients director at Laboratoire Expanscience adds,
“All our team is very happy and proud to welcome Biesterfeld Spezialchemie into our international partner network. We are very confident to develop a great collaboration due to Biesterfeld’s solid experience in ingredients distribution, technical expertise, and excellent logistics capabilities in the DACH region and Poland. We are pleased to move forward together.”
Explore Product Range from Laboratoires Expanscience
Source: Biesterfeld
