Super sparkle extra fine light lime emerald green glitter

iSuoChem® green glitter can be divided into different glitter colors.

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Brand:
iSuoChem®
Item No.:
Green glitter
Color:
Green color
Appearance:
Hexagonal or other shapes
Particle Size:
0.05mm ~ 3.0mm
Thickness:
38um, 25um, 50um
MOQ:
25KGS
Price:
From $3.13/KG

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specification

glitter powder

Product Introduction

Product Name: Green Glitter

Appearance: Solid Powder

Bulk Density: (20℃) 0.98-1.1 G/Ml

Ignition Point: ＞450℃

Ph Value: 7

Packaging: 25kg/Bag

Chemical Characterization

component	CAS	proportion
Polyethylene terephthalate	25038-59-9	90.0-95.0%
Amino Resin	9003-08-1	2.5~4.5%
Carboxypolymethylene	9007-20-9	1.0-2.0%
Saturated polyester resin	61926-16-7	0.5-1.0%
Cellulose acetate butyrate	9004-36-8	0.5-1.0%
Aluminum	7429-90-5	0.1-0.5%
C.I.SOLVENT GREEN	12226-82-3	0.5-1.0%

Product Detail

Feature

Brilliant green visual sparkle
Wide particle size range (0.05–3.0 mm)
Customizable shapes (hexagonal, square, diamond, etc.)
Strong adhesion and dispersion in coatings
Safe and stable for cosmetics, crafts, and industrial uses
Bulk‑packaged for wholesale supply

Green Glitter Colors

Available Particle Sizes & Thickness

Particle Size		Thickness
1/500"	0.05 mm	25 μm / 15 μm
1/360"	0.08 mm	25 μm / 15 μm
1/256"	0.10 mm	25 μm / 15 μm
1/170"	0.15 mm	25 μm / 15 μm
1/128"	0.20 mm	38 μm
1/96"	0.30 mm	38 μm
1/64"	0.40 mm	38 μm
1/52"	0.50 mm	38 μm
1/40"	0.60 mm	38 μm
1/32"	0.80 mm	38 μm
1/24"	1.00 mm	38 μm
1/12"	2.00 mm	38 μm
1/10"	2.50 mm	38 μm
1/8"	3.00 mm	38 μm

Green Glitter Sizes

Applications

Paint and coatings
Printing inks
Epoxy resin and decorative composites
Textiles and footwear
Arts and crafts
Plastic extrusion
Decorative materials
Nail and cosmetic applications for suitable grades

How Glitter Particle Size Affects Reflective Brilliance and Visual Substrate Coverage

Selecting the appropriate glitter particle size requires balancing the desired appearance with the formulation and application process. Larger flakes can produce more prominent localized flashes because each particle provides a larger reflective area. However, sparkle visibility also depends on flake orientation, surface quality, illumination, viewing distance and the optical properties of the surrounding binder. Smaller particles generally create a greater number of finer highlights and a more refined visual texture, but they do not automatically provide better dispersion or orientation.[1]

Particle size alone does not determine how much of the background remains visible. Apparent surface coverage is also influenced by glitter loading, particle-size distribution, flake thickness and shape, orientation, binder transparency, film thickness, substrate color and application method. Changes in coating flow, solvent evaporation and spraying conditions can alter flake orientation and therefore change the final reflective appearance, even when the same effect material is used.[2]

For industrial selection, several glitter sizes should be evaluated in the intended formulation and on the actual substrate. Testing should consider nominal cut size, the complete particle-size distribution, thickness, shape, addition level, sedimentation, surface texture, sparkle under controlled lighting and compatibility with the selected screen, nozzle or coating thickness. Application trials are necessary before bulk production because processing conditions and binder systems can substantially alter particle distribution, orientation and visual performance.