Fluorescent red pigment LNT 13 1 kg

Fluorescent Pigment Red LNT 13 synthetic colorant for high-visibility systems and decorative formulations

Fluorescent Pigment Red LNT 13 is a synthetic colorant designed to deliver an intense red shade with enhanced brightness under light exposure. This type of raw material is used in formulations where strong visual impact and high visibility are required. It is widely applied in decorative cosmetics, coatings, inks, plastics, candles, soaps, printing systems and industrial products where attention-grabbing color performance is important.

From a formulation perspective, fluorescent pigments are insoluble particles that function as a dispersed phase within the system. They do not affect viscosity or structural formation, but define the visual layer of the product. The particles absorb light and re-emit it at higher intensity, which creates a bright and vivid color appearance compared to conventional pigments.

In cosmetic applications, Fluorescent Pigment Red LNT 13 is used in decorative formulations, gels, creams, balms and temporary color systems. In hair products, it is applied in sprays and coating systems designed for visual effect. In soap and candle production, it is used for bold coloration and surface decoration. In DIY and artistic materials, it is widely used in paints, epoxy systems and creative coatings. In industrial applications, it is used in printing inks, signal coatings and polymer materials where high visibility is required.

Functionally, the pigment disperses within the base system and provides an intense fluorescent color effect. It does not chemically react with the formulation but requires proper dispersion to ensure uniform appearance. In low-viscosity systems, stabilization may be required to prevent sedimentation.

In formulation practice, the pigment is introduced during the dispersion phase or at the final mixing stage. It is compatible with oils, silicones, waxes, polymers, resins and gel systems when appropriate dispersion techniques are applied. Pre-dispersion in a portion of the base or high-shear mixing improves uniform distribution.

Usage level is defined by pigment specifications and adjusted depending on the required color intensity.

Example formulation: Fluorescent decorative gel system
Purified water 70 ml
Carbomer 0.8 g
Propanediol 5 g
Fluorescent Pigment Red LNT 13 4 g
Panthenol 3 g
Aloe extract 10 ml
Preservative 1 g
Neutralizer 6 g

Process: carbomer is dispersed in water and allowed to hydrate. Propanediol is added and the system is neutralized to form a gel. The pigment is pre-dispersed in a portion of the gel and incorporated with mixing. Panthenol, aloe extract and preservative are added. The formulation is mixed until homogeneous.

Example formulation: Polymer coating system with fluorescent pigment
Polymer base 65 g
Plasticizer 15 g
Fluorescent Pigment Red LNT 13 5 g
Dispersing additive 5 g
Flow modifier 10 g

Process: the pigment is pre-mixed with a portion of the base to form a paste. It is then incorporated into the main system under mixing. Dispersing additive and flow modifier are added. The system is mixed until uniform distribution is achieved.

Fluorescent Pigment Red LNT 13 is used in formulations requiring strong visual intensity, brightness and stable color performance. It provides uniform dispersion, high visibility and compatibility across cosmetic, decorative and industrial systems.