Pearlescent Pigment
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K-RAY MagBlue is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagBronze is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagBrown is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-Ray MagGold is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagGreen is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagPurple is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagRed is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagSilver is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY MagWine is an effect pigment which contains controlled levels of black iron oxide to create a vivid 3D effect when placed on a magnet.
K-RAY SM OVP Autumn Glitter is an effect pigment with multiple reflection colours.
K-RAY SM OVP Spring Glitter is an effect pigment with multiple reflection colours.
K-RAY SM OVP Summer Glitter is an effect pigment with multiple reflection colours.
Kobopearl Perpetual BlueViolet is a pearlescent pigment that demonstrates colour travel (predominant colour is blue with colour travel to violet). The particle size is 30-120 microns.
Kobopearl Perpetual BlueViolet-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is blue with colour travel to violet). The particle size is 30-120 microns.
Kobopearl Perpetual Gold-Green-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is gold with colour travel to green). The particle size is 30-120 microns.
Kobopearl Perpetual GoldGreen is a pearlescent pigment that demonstrates colour travel (predominant colour is gold with colour travel to green). The particle size is 30-120 microns.
Kobopearl Perpetual GreenBlue is a pearlescent pigment that demonstrates colour travel (predominant colour is green with colour travel to blue). The particle size is 30-120 microns.
Kobopearl Perpetual GreenBlue-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is green with colour travel to blue). The particle size is 30-120 microns.
Kobopearl Perpetual IO BlueOrange is a pearlescent pigment that demonstrates colour travel (predominant colour is blue with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO BlueOrange-11S2 is a pearlescent pigment that has been surface treated with Kobo's 11S (Triethoxy Caprylylsilane) treatment. It demonstrates colour travel (predominant colour is blue with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO BlueOrange-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is blue with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO GreenRed is a pearlescent pigment that demonstrates colour travel (predominant colour is green with colour travel to red). The particle size is 30-120 microns.
Kobopearl Perpetual IO GreenRed-11S2 is a pearlescent pigment that has been surface treated with Kobo's 11S (Triethoxy Caprylylsilane) treatment. It demonstrates colour travel (predominant colour is green with colour travel to red). The particle size is 30-120 microns.
Kobopearl Perpetual IO-I2 GreenRed is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is green with colour travel to red). The particle size is 30-120 microns.
Kobopearl Perpetual IO OrangeCyan is a pearlescent pigment that demonstrates colour travel (predominant colour is orange with colour travel to cyan). The particle size is 30-120 microns.
Kobopearl Perpetual IO OrangeCyan-11S2 is a pearlescent pigment that has been surface treated with Kobo's 11S (Triethoxy Caprylylsilane) treatment. It demonstrates colour travel (predominant colour is orange with colour travel to cyan). The particle size is 30-120 microns.
Kobopearl Perpetual IO OrangeCyan-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is orange with colour travel to cyan). The particle size is 30-120 microns.
Kobopearl Perpetual IO RedOrange is a pearlescent pigment that demonstrates colour travel (predominant colour is red with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO RedOrange-11S2 is a pearlescent pigment that has been surface treated with Kobo's 11S (Triethoxy Caprylylsilane) treatment. It demonstrates colour travel (predominant colour is red with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual BlueViolet-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is green with colour travel to red). The particle size is 30-120 microns.
Kobopearl Perpetual IO VioletOrange is a pearlescent pigment that demonstrates colour travel (predominant colour is violet with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO VioletOrange-11S2 is a pearlescent pigment that has been surface treated with Kobo's 11S (Triethoxy Caprylylsilane) treatment. It demonstrates colour travel (predominant colour is violet with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual IO VioletOrange-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is violet with colour travel to orange). The particle size is 30-120 microns.
Kobopearl Perpetual Luster BlueViolet is a pearlescent pigment that demonstrates colour travel (predominant colour is blue with colour travel to violet). The particle size is 50-200 microns.
Kobopearl Perpetual Luster GoldGreen is a pearlescent pigment that demonstrates colour travel (predominant colour is gold with colour travel to green). The particle size is 50-200 microns.
Kobopearl Perpetual Luster GreenBlue is a pearlescent pigment that demonstrates colour travel (predominant colour is green with colour travel to blue). The particle size is 50-200 microns.
Kobopearl Perpetual Luster RedGold is a pearlescent pigment that demonstrates colour travel (predominant colour is red with colour travel to gold). The particle size is 50-200 microns.
Kobopearl Perpetual Luster VioletRed is a pearlescent pigment that demonstrates colour travel (predominant colour is violet with colour travel to red). The particle size is 50-200 microns.
Kobopearl Perpetual RedGold is a pearlescent pigment that demonstrates colour travel (predominant colour is red with colour travel to gold). The particle size is 30-120 microns.
Kobopearl Perpetual RedGold-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is red with colour travel to gold). The particle size is 30-120 microns.
Kobopearl Perpetual VioletRed is a pearlescent pigment that demonstrates colour travel (predominant colour is violet with colour travel to red). The particle size is 30-120 microns.
Kobopearl Perpetual VioletRed-I2 is a pearlescent pigment that has been surface treated with Kobo's patented ITT (Isopropyl Titanium Triisostearate) treatment. It demonstrates colour travel (predominant colour is violet with colour travel to red). The particle size is 30-120 microns.
Blue interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Blue interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-70 microns.
Mirage Bright Luminous Red is a carmine free pearlescent pigment with an intense red colour, based on a transparent Borosilicate substrate with average particle size 15-70 microns.
Red interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-70 microns.
Silver pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-70 microns.
Bronze coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Champagne coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Copper coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Blue interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 150-1200 microns (D50 is 450-670 microns).
Gold interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 150-1200 microns (D50 is 450-670 microns).
Green interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 150-1200 microns (D50 is 450-670 microns).
Red interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 150-1200 microns (D50 is 450-670 microns).
Silver pearlescent pigment based on a transparent Borosilicate substrate with average particle size 150-1200 microns (D50 is 450-670 microns).
Fire red coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Blue interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 35-150 microns.
Gold interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 35-150 microns.
Green interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 35-150 microns.
Red interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 35-150 microns.
Silver pearlescent pigment based on a transparent Borosilicate substrate with average particle size 35-150 microns.
Holographic interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-150 microns.
Red interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Silver interference pearlescent pigment based on a transparent Borosilicate substrate with average particle size 10-50 microns.
Bronze coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Champagne coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Copper coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Fire red coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Gold coloured pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Silver pearlescent pigment based on a transparent Borosilicate substrate with average particle size 15-120 microns.
Gold pearlescent pigment based on a transparent Borosilicate substrate with average particle size 100-700 microns.
Silver pearlescent pigment based on a transparent Borosilicate substrate with average particle size 100-700 microns.
Silverdream A-31017 is an aluminium pigment dispersion for nail polishes that imparts a mirror effect. Average particle size 17 microns.
Silverdream L-55350 is an aluminium pigment dispersion for nail polishes that imparts a mirror effect. Average particle size 12 microns.
High gloss metallic pigment preparation for a mirror effect in nail polish application
Silverdream Prismatic H-50550 is an aluminium pigment dispersion for nail polishes that imparts amazing rainbow-like prismatic effects. Average particle size 50 microns.
SilverDream Starlight 70 IL is a metallic pigment preparation for nail polishes that imparts a captivating silver sparkle. Average particle size 20-95 microns.
Almond earth tone pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Blue interference pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Copper earth tone pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Fire red earth tone pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Gold interference pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Green interference pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Ivory gold pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Jade green coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Red interference pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Sapphire blue coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Scarlet red/pink coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Silver pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 5-25 microns.
Silver pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Golden pearlescent pigment with a soft red tint based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Intense dark graphite coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Bronze coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Copper coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Soft ivory with silver reflection based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Peach coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Silver pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 1-15 microns.
Red pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 20-150 microns
Silver pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 20-150 microns.
Spring gold pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Intense orange coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with an average particle size 10-50 microns.
Syncrystal Supernova Red is a high chroma, intense red coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
SynCrystal Turquoise is a blue-green coloured pearlescent pigment based on a synthetic Fluorphlogopite substrate with average particle size 10-50 microns.
Silver coloured metallic effect pigment made from aluminium powder with average particle size 5-50 microns
Amber coloured metallic effect pigment made from bronze powder with average particle size 5-50 microns.
Cinnamon coloured metallic effect pigment made from copper powder with average particle size 15-70 microns.
Honey coloured metallic effect pigment made from bronze powder with average particle size 15-70 microns.
Gold coloured metallic effect pigment made from bronze powder with average particle size 15-70 microns.
Silver coloured metallic effect pigment made from aluminium powder with average particle size 15-70 microns.
Red 34 coloured metallic effect pigment made from aluminium powder and Red 34, with average particle size 15-70 microns.
Sunflower gold coloured metallic effect pigment made from bronze powder with average particle size 15-70 microns.
Cinnamon coloured metallic effect pigment made from copper powder with average particle size 5-50 microns.
Honey coloured metallic effect pigment made from bronze powder with average particle size 5-50 microns.
Deep red coloured metallic effect pigment made from copper powder with average particle size 5-50 microns.
Maize gold coloured metallic effect pigment made from bronze powder with average particle size 5-50 microns.
Gold coloured metallic effect pigment made from bronze powder with average particle size 5-50 microns.
Silver coloured metallic effect pigment made from aluminium powder with average particle size 20-95 microns.