FF-18 Green Fluorescent Pigment For Rubber TPR TPE PE Silicone

Place of Origin:

China

Style:

Organic Pigment

Physical State:

Powder

Color:

Green

Purity(%):

100

Application:

silicone, TPR, TPE, EVA, PVC, printing ink, coating, masterbatch

Grade:

non-food grade

2025nd Year

Contact Person

LEGAN INDUSTRIAL PARK, GUANGFU TOWN, JIAOLING,

Product Description

We are an recognize name in exporting, manufacturing and supplying a supreme quality of FF-18 Green Fluorescent Pigment For Rubber TPR TPE PE Silicone in Meizhou, Guangdong, China. Shinelite FF-pigment is low-formaldehyde daylight fluorescent pigment but has higher temperature stability and stronger migration resistance than MAB-pigment although they are based on the same thermoset resin matrix. It is insoluble in a greater number of solvents than MAB-pigment and it is suitable for use in water based & solvent based systems. Features of FF series: -- Brightly fluorescent color obtained -- Easy dispersion -- Excellent solvent Resistance -- Excellent Migration Resistance -- High Concentration -- great heat stability -- Excellent tinting strength -- Environment friendly -- Non Toxic Applications: Water-based Paint/Inks Rubber (Natural, Synthetic) Solvent-based Paint/Inks TPU Rubber-based coatings EVA Paper Coating PVC Water Colors Silicone Screen inkMasterbatch Gravure Ink Mouldings & Extrusions Flexographic Ink Blow Moldings Calendared Fabrics Liquid colorants Spread Coated Fabrics Dispersion Aerosol Powder Coatings Vinyl Plastisol and calendared film Daylight fluorescent pigments can be used in a wide variety of other applications not covered here. Model making, candles, crop marking, animal marking, fire fighting and leak detection are just some of the very many ways. Storage Conditions: Stored in dry conditions below 35A C. Keep Dry. Keep Away from sources

Place of Origin: China
Style: Organic Pigment
Physical State: Powder
Color: Green
Purity(%): 100
Application: silicone, TPR, TPE, EVA, PVC, printing ink, coating, masterbatch
Grade: non-food grade