The ratio of the nonporous dry toner particle Dvoi to the ECD of the non-conductive metal oxide particles in the nonporous dry toner particles, before fixing, is greater than 0.1 and up to and including 10.
The invention also relates to a method for producing said dry toner and also to the use thereof.
Methods are provided for folding a receiver having a dry toner thermally fused thereon.
Systems for folding a receiver having a dry toner thermally fused thereon are provided.
These fluorescing dry toner particles can be used in various dry developers to provide fluorescing toner images with or without non- fluorescing color toner images.
The invention provides a powdery material for a vividly colored magnetic toner including a white color used in a color copying ma chine, and a dry colored magnetic toner prepared therefrom.
A nonporous dry toner particle has a polymeric binder phase and non- conductive metal oxide particles dispersed therein.
A layer of photopolymer is deposited on a conductive surface of the substrate (20), permitting the electrostatic printing plate (10) to transfer high-constrast images using either dry or liquid toner.
A dry toner image is embedded in a thermoplastic layer (9) on a receiving sheet (1) by pressing a ferrotyping web (42) against the image in the presence of sufficient heat to soften the layer.
A fluorescing dry toner particle comprises a polymeric binder phase comprising a non- fluorescing binder polymer and a polymeric fluorescing colorant dispersed within the non- fluorescing binder polymer.