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This wax-based medium can be used to add non-fading color or a "gilded" finish to materials such as metal castings, filigree, brass stampings, ceramics, wood, etched glass, polymer clay, resin and more. It can be applied to clean, dry, oil-free...

This wax-based medium can be used to add non-fading color or a "gilded" finish to materials such as metal castings, filigree, brass stampings, ceramics, wood, etched glass, polymer clay, resin and more. It can be applied to clean, dry, oil-free...

This wax-based medium can be used to add non-fading color or a "gilded" finish to materials such as metal castings, filigree, brass stampings, ceramics, wood, etched glass, polymer clay, resin and more. It can be applied to clean, dry, oil-free...

This wax-based medium can be used to add non-fading color or a "gilded" finish to materials such as metal castings, filigree, brass stampings, ceramics, wood, etched glass, polymer clay, resin and more. It can be applied to clean, dry, oil-free...

This wax-based medium can be used to add non-fading color or a "gilded" finish to materials such as metal castings, filigree, brass stampings, ceramics, wood, etched glass, polymer clay, resin and more. It can be applied to clean, dry, oil-free...

Diamonds are ground into a powder using a process called micronization. In micronization, a special fluid or gas breaks down the solid diamonds into powdered form, and produces many tiny grains of the same size. The diamond particles are measured in...

Diamonds are ground into a powder using a process called micronization. In micronization, a special fluid or gas breaks down the solid diamonds into powdered form, and produces many tiny grains of the same size. The diamond particles are measured in...

Diamonds are ground into a powder using a process called micronization. In micronization, a special fluid or gas breaks down the solid diamonds into powdered form, and produces many tiny grains of the same size. The diamond particles are measured in...