Linked from

The 15 pages that link to Printing ink, each with the reason it gives.

• Printing pressRelated: Its viscosity and drying behavior determine whether type leaves a clean impression.

• PigmentBroader topic: Pigments provide durable color in many inks where insolubility is useful.

• Movable typeRelated: Oil-based ink adheres to metal type and transfers under pressure.

• Wood engravingRelated: A thin, even ink layer coats the raised block surface without filling its cuts.

• Ethyl acetateRelated: Its volatility and solvency suit some inks, especially those used in packaging.

• NitrocelluloseRelated: Nitrocellulose helps some inks dry quickly and adhere to packaging films.

• Chrome yellowRelated: Chrome yellow supplied a strong yellow for some historical inks.

• Butyl acetateRelated: Its solvent properties support ink formulation and influence drying on printed surfaces.

• László BíróRelated: Bíró adapted fast-drying printing ink for a pen that would not leak or smear.

• 1-PropanolRelated: 1-Propanol can serve as a solvent in some printing inks, aiding formulation and drying.

• ButanoneRelated: Butanone can serve as a volatile solvent in printing inks.

• IncunableRelated: Oil-based ink suited the pressure and metal type used in early European printing.

• Abietic acidRelated: Rosin derivatives can modify binding, tack, and drying behavior in inks.

• Trichromatic printingNarrower topic: Its pigments and transparency determine how each color layer affects the others.

• Urushi-eRelated: The choice and handling of ink helped produce urushi-e’s lacquer-like black sheen.