FAQ's of Green Fluorescent Pigment:
Q: How is the Green Fluorescent Pigment Paste typically used?
A: The Green Fluorescent Pigment Paste is primarily mixed or dispersed into paints, inks, plastics, textiles, PVC, and coatings. Its exceptional dispersibility makes it suitable for both aqueous and solvent-based systems, delivering vibrant green fluorescence under UV light.
Q: What advantages does this pigment offer over traditional colorants?
A: This pigment offers soaring tinting strength, masterful compatibility with a variety of binders, high purity (98.5%), and non-toxic RoHS-compliance. Its exceptional fluorescence and high dispersibility set it apart from standard pigments, especially in applications demanding vivid visual impact.
Q: Where is the Green Fluorescent Pigment manufactured and how is it delivered?
A: The pigment is authentically manufactured in India and can be handed over to clients via major Indian FOB ports. Reliable transport services ensure secure packaging in HDPE bags, bottles, or drums in standard and customizable sizes.
Q: When should I use this pigment, and how long can it be stored safely?
A: Use this pigment whenever you need strong fluorescence, high tint strength, and compatibility in industrial, artistic, or textile applications. For peak performance, store it in cool, dry conditions away from sunlight; the shelf life is typically 9 months to 2 years, depending on packaging and storage.
Q: What is the process for ordering and receiving samples of the pigment?
A: Samples of the green fluorescent pigment paste are available upon request. Clients simply need to contact the supplier with their requirements. Samples are then handed over for transport, allowing you to verify quality before confirming larger orders.
Q: Which products are suitable for this pigment, and what is the recommended dosage?
A: This pigment is suitable for paints, inks, textiles, plastics, PVC, coatings, detergents, and latex. The recommended dosage is typically between 0.1% and 5%, adjusted according to your application and desired brightness.