Fluorescent Pink Pigment 500 g

Bringing Bright Neon Pink to Large-Scale Manufacturing Runs

When production moves from small test batches to full manufacturing runs, consistency of shade and glow intensity across every batch becomes the deciding factor. Fluorescent Pink Pigment 500 g belongs to the section Fluorescent Pigments, which brings together colorants known for their vivid, almost glowing appearance under ordinary daylight or artificial lighting. Worldwide, the strongest demand for this class of pigments comes from plastics and polymer processing, PVC profile manufacturing, rubber goods, printing inks, coatings, and textile dyeing, where neon pink is used for safety gear, promotional items, packaging, and specialty apparel. The 500 gram size is built for exactly this scale of work, allowing continuous line coloring of thermoplastic melts, batch dyeing of fabric rolls, and steady production of candles, decorative cosmetics, and craft goods without running short mid-cycle.

The pigment is introduced at different stages depending on the technology in use. In thermoplastics, it is dispersed directly into the melt at a temperature that respects the pigment's heat stability threshold, generally staying within a range up to around 200-220 degrees Celsius for short exposure. In coatings, printing inks, and textile pastes, the pigment is added during the dispersion stage at room or mildly elevated temperature, ensuring uniform distribution without clumping. For candle wax and gel bases, it is best mixed in as the melt cools to roughly 60-70 degrees, preventing the fluorescence from fading due to overheating. In decorative cosmetics such as body paint, gel formulations, and, in some formulations, soap bases, the pigment is likewise added at the final cooling stage once the mixture is no longer subjected to intense heat.

Typical dosage ranges from 0.5 to 5 percent of the base weight depending on the desired glow intensity and the density of the carrier material, with clear or light bases requiring less pigment and dense or dark bases requiring more. Fluorescent pink blends smoothly with other shades from the same range to create gradients and custom colors. Adding a small amount of Fluorescent pigment Violet HT 807 5 g shifts the tone toward a cooler magenta, while combining it with Fluorescent pigment Red, 5 g produces a warmer coral result, both worth testing in small trial batches before committing the full production run. For technologies that call for a liquid colorant, such as resin casting or gel bases, Pigment liquid fluorescent violet 10 ml is a useful addition for building mixed shades without a dry premix step.

The pigment should be stored in a dry area away from direct sunlight, in a tightly sealed container, protected from moisture and direct heat sources, since excess humidity causes clumping and prolonged ultraviolet exposure gradually dulls the glow effect. When storage conditions and processing temperatures are respected, the pigment maintains consistent performance across the entire shelf life, which matters most when a bulk pack is meant to serve several full production cycles.

Neon Pink Resin Casting Blocks

Clear epoxy resin 2000 g

Hardener 1000 g

Fluorescent Pink Pigment 10 g

Silicone mold release spray 1 unit

Measure the resin and hardener separately according to their working ratio, then combine them in a wide container and stir slowly for several minutes to avoid trapping air. Sprinkle the fluorescent pink pigment into the mixed resin gradually, stirring after each addition until the color looks even throughout with no visible streaks or clumps. Pour the colored resin into molds lightly treated with release spray, tap the mold gently on the table to release air bubbles, and leave to cure at room temperature for at least 24 hours before demolding.