EOW- VEGETABLE EMULSIFIER OIL IN WATER is a non-ionic O/W emulsifier based on sucrose and natural esters as well as moisturizing properties. It provides light texture and fast penetration, without a greasy touch. There is no need for a co-emulsifier nor rheological modifier. PEG-FREE HLB 9 pH 4-8

QA_VARISOFT® PATC is biodegradable, vegetable based and contains 1,2-propylene glycol. It provides good thickening in formulations and it is Compatible with anionic, amphoteric and non-ionic surfactants. It is suitable for formulating clear high viscous systems and mild to skin and hair. Applications for VARISOFT® PATC include clear conditioning shampoos, conditioning body washes and gels, hair conditioners and clear liquid hand soaps.

EPSAN® C a natural, broad-spectrum and water soluble preservative system. Skin care, Hair care, Personal care, Oral Care. A new versatile, water-soluble and 100% plant-derived preservative system derived from p-anisi acid and polylysine that has an antimicrobial effect against yeasts, fungi gram+ and gram- bacteria, making it suitable for applications in the cosmetic industry and oral care. Is effective in a pH range comprised between 4.5 - 7.5 and has high thermal stability.

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.