Toner basically is a powder which is applied in laser printers and photocopiers to create wording and images on the printed paper. In its initial form it was purely carbon powder.
Later to enhance the quality of the printout the carbon was mixed together with a polymer. Toner particles are usually dissolved via the warmth of a fuser, making them bind to the paper. Toner creation differs from company to company and also from machine to machine. The unique size of a toner averaged approximately 12 micrometers, but later when the image resolution was enhanced to 600 DPI, the particle size reduced to just about 8 micrometers.
Toner has conventionally been created by compounding the ingredients and forming a slab which would later be broken or palletized and then would be transformed into fine powder with a precise particle dimension range which is done via air jet milling.
Later to enhance the quality of the printout the carbon was mixed together with a polymer. Toner particles are usually dissolved via the warmth of a fuser, making them bind to the paper. Toner creation differs from company to company and also from machine to machine. The unique size of a toner averaged approximately 12 micrometers, but later when the image resolution was enhanced to 600 DPI, the particle size reduced to just about 8 micrometers.
Toner has conventionally been created by compounding the ingredients and forming a slab which would later be broken or palletized and then would be transformed into fine powder with a precise particle dimension range which is done via air jet milling.