Prime International

Ultalux FF

Lending Adhesive and film forming Properties to Personal Care Formulations

Selvol Ultalux FF polyvinyl Alcohol (PVOH) is a high molecular ar weight former and adhesion promoter that can be used in a wide range of personal care applications including peelable masks, multipurpose creams, body washes and sun screens. As a part of the Ultalux range of PVOH, The FF grade is tested for high quality and purity and has been determined to be non-irritating in skin care formulations.

Ultalux FF Functions

  • Adhesion promoter
  • Film former
  • Fixative
  • Foaming promoter
  • Fragrance delivery
  • Lubricant
  • Viscosity enhancement/control
  • Wetting agent

Applications of Selvol Ultalux FF in Personal Care Formulations

 Brow makeup, anti-aging products, body washes, ethnic hair care/weaves, eyelashes, eyeliners, eye shadow hair styling gels, mascara, facial masks and peels,pore strips, scar treatment and shampoos/conditioners.

Selvol Ultalux FF Film and Solution Properties

Gade Viscosity, cps1 pH2 Tensile Strength, psi3 Modulus, psi Elongation at Break, % Adhesion to Glass, g
Ultalux FF
22000 - 26000
4.5 - 6.5
1400 - 3000
1500 - 2500
>200
100 - 140
  1. Viscosity of a 15% solution, 20°C
  2. 4% Aqueous Solution
  3. Tensile properties and adhesion were measured on films containing 12% PVOH and 3% glycerin after casting and drying in a controlled temperature and humidity room for 24 hours

Black Mascara Formulation with Selvol Ultalux FF

black mascara formulations serves as an adhesion promoter, film former and viscosity control agent.

Procedure

Ingredients WT

Water

88.00%
SD Alcohol 40-B
4.50%
Carbomer 940
2.30
Triethanolamine
1.00%
Selvol Ultalux FF
1.00%
Glycerin
0.50%
Methylparaben
0.25%
Trisodium EDTA
0.05%
Iron Oxide Black
2.40%
  • Vessel1: Combine Water, Selvol Ultalux FF, Trisodium EDTA, Glycerin and heat to 80°C for 30 minutes or until solids are no longer present; transfer Vessel 2
  • Vessel 2: Combine Water, 2.3% Carbomer 940 Solution, Iron Oxide Black and heat to 80°C for 30 minutes and then cool mixture to 280-35°C before adding Vessels 3 and 4
  • Vessel 3: Combine Ethanol and Methylparaben in a beaker, mix on a stir plate for 30 minutes or until Methylparaben has completely wet out into the Ethanol; Add mixture to Vessel 2
  • Vessel 4: Combine Triethanolamine and Water in a beaker, mix on stir plate for 30 minutes or until TEA has completely wet out into the Water; Add mixture to Vessel 2