… pH-value 4.2 – 4.5 (according to water hard-ness) reduced calcium deposits on ink rollers Features for conventional and continuous dampening systems minimises build-up of…
… pH-value 5.0 - 5.2 (according to water hardness) reduced calcium deposits on ink rollers Features for conventional and continuous dampening systems minimises build-up of…
… long runs for water hardness 5 – 15° dH (total hardness) reduced calcium deposits on ink rollers minimizes accumulation of paper dust and ink on the blanket reduced ink feedback into…
… long runs for water hardness 0 – 5° dH (total hardness) reduced calcium deposits on ink rollers minimizes accumulation of paper dust and ink on the blanket reduced ink feedback into…
… as printing with alcohol For all sheetfed presses, also for Japanese presses with copper rollers Machine and roller settings have not to be changed Compared to printing with alcohol the…
… – 4.79 at dosage of 2-3% (according to water hardness) reduced calcium deposits on ink rollers minimizes accumulation of paper dust and ink on the blanket Features fast restarts and…
… (at 2,5%): 4.9 to 5.3 (depending on water hardness) reduced build-up of ink on dampening rollers for soft and hard water effective prevention of foam increase of conductivity per %…
Systems Printing Böttcherin IPA Optidamp Substitute for IPA in offset printing. Application Substitute for IPA in offset printing can be used with all alcohol dosing systems Reduced consumption Reduced inventory needs For conventional and UV inks Features The setting of the alcohol doser should be reduced by 30% 200 liter drum
… pH-value 4.8 - 5.2 (according to water hardness) reduced calcium deposits on ink rollers Features for conventional and continuous dampening systems minimises build-up of…
BöttcherTex Primera
BöttcherTex Primera BöttcherTex Primera BöttcherTex Primera BöttcherTex Primera BöttcherTex Primera BöttcherTex Primera Systems Printing BöttcherTex Primera Application Cleaning Web Cleaning web for automatic blanket washing units. Especially recommended for Heidelberg. Extreme resistance to tearing, abrasion and