ABOUT LIQUID EMULSION This unique photographic printing process allows the artist the flexibility to hand coat silver gelatin emulsion on to a wide selection of surfaces including watercolour papers, timber, metals, fabric and glass. BOUT DRY PLATE This silver gelatin process is more practical than the wet collodion negative process for long exposures and negative field (more…)
ABOUT CYANOTYPE This process requires no other chemicals, can be exposited in sunlight and developed simply in water. Cyanotypes provide a beautiful image in stable Prussian blue pigment. The image colour may be easily modified by a variety of toning agents. THE CANOTYPE HISTORY Sir John Herschel’s Classic/traditional cyanotype process, now practiced for 166 years, (more…)
SALT & ALBUMEN PRINTING: the two processes are closely aligned not only in the history of photography but in the practice of creating these two most beautiful processes. ABOUT THE SALT PRINT: This is a simple process with a number of challenges to master. Salt prints are created by coating paper in a solution of (more…)
ABOUT CARBON PRINTING The carbon printing process uses colour pigments producing one of the the most permanent coloured photographs. The use of pigment allows any colour photograph on almost any surface. The beautiful tonal scale resolves fine detail. It relies upon the (more…)
ABOUT LIQUID EMULSION This unique photographic printing process allows the artist the flexibility to hand coat silver gelatin emulsion on to a wide selection of surfaces including watercolour papers, timber, metals, fabric and glass. ABOUT DRY PLATE This silver gelatin process is more practical than the wet collodion negative process for long exposures and negative field (more…)
ABOUT PLATINIUM AND PALLADIUM PRINTING: Printing in platinum and palladium is acknowledged as the summit of alternative processes – images formed in totally permanent ‘noble’ metal, exquisitely graduated in tones of neutral grey or warm sepia, with a beguiling luminosity in the high values. This modernized version provides a (more…)
Four Colour Carbon Transfer Advanced. This workshop teaches students how to transfer four colour carbons onto clear glass, white opal glass and various metals. Includes Opalotypes and Orotones processes The Glass and metal surfaces enhance the relief on the surface of the carbon. ABOUT THE CARBON PROCESS The carbon process, initially a black-and-white process using (more…)
ABOUT NEW CHRYSOTYPE PRINTING The New Chrysotype process has tonal and surface qualities and permanence like Platinotype-Palladiotype, but the added feature of beautifully muted colours, controlled by the chemistry and physics of the process. The photographic artist should find here a whole new palette of non-literal colour to explore (more…)
Four Colour Carbon ABOUT THE CARBON PROCESS The carbon process, initially a black-and-white process using lampblack (carbon black), was invented by Alphonse Poitevin in 1855. The process was later adapted to color, through the use of pigments, by Louis Arthur Ducos du Hauron in 1868. Carbon photographs were the (more…)
ABOUT CARBON PRINTING The carbon printing process uses colour pigments producing one of the the most permanent coloured photographs. The use of pigment allows any colour photograph on almost any surface. The beautiful tonal scale resolves fine detail. It relies upon the (more…)
