OLEAMULS® WO Water in oil ‘Peg free’ emulsifying system. Water in oil emulsifier for providing liquid crystal emulsion, based on Italian Olive Oil. Ideal for dry skin products, baby skin products and sun care products. It can be used to formulate emulsions for sensitive skins, baby care, suncare and color cosmetics. Allows to formulate stable emulsions containing as low as 30 - 35% of natural oils as their sole source of lipids regardless of their polarity and obtain a soft and light feel unusual in water in oil systems. The quantity of interlamellar water can reach very high percentages and becomes immediately available when the cream is applied to the epidermis.

OLEAMULSION® WW Oil in water ‘Peg free’ concentrated emulsion. Plant-derived OW concentrated emulsion for wet wipes, which includes baby care, and makeup remover pads. In addition can be used for suncare emulsions with high SPF, UVA/B and self-tanning emulsions. It enables lipo or hydro soluble ingredients to be easily incorporated, leaving the formulator ample margin for creativity. By simply adding water, it forms emulsions with body and the texture and density of a cosmetic cream, even if strongly diluted.

MULTI FEEL Functional ingredient for cosmetic use. Soothing, anti-tiredness, moisturizing plant-based complex. Specifically designed to soothe atopic dermatitis, in OW and WO baby care emulsions. In-vivo studies available . A treatment with 3.0% Multifeel tested twice a day on 20 healthy subjects between 20 0- 50 years of age for 4 weeks achieved 78% decrease of EASI (Eczema Area and Severity Index).

GREENQUAT® BT from Scori - Greengedients is a cationic conditioner obtained from vegetable raw materials. Completely Biodegradable, water soluble, moisturizing cationic conditioner derived from natural and upcycled raw materials. Haircare : shampoos, balsams, masks, serums. Skincare: conditioning body creams. Personal Care: detergents, shower gels. Delivers a conditioned and moisturized after-feel on damaged hair. Improves dry detangled and dry combing in comparison with conventional quats (CTAC, BTAC). Maintains the color intensity high. Lowers build-up charge. Determines in Vitro bacteriostatic and bactericidal activity against the S. aureus, S. epidermidis, C. albicans, E. coli, P. aeruginosa and C. albicans which show greater sensitivity than the other strains. Determines a bacteriostatic and bactericidal activity against the M. furfur, P. acnes, S. epidermidis, three from the most reliable cutaneous strains implicated in dandruff.