Standard Process Inks

Power Protect LT

The Power Protect LT series is a modern, intensive all-round series designed for the widest possible field of applications. Due to its newly developed formulation, this series shows excel-lent rub resistance even on critical printing substrates. The low tack ensures good printability on difficult and pick-sensitive substrates.

Power Protect LT

The Power Protect LT series is a modern, intensive all-round series designed for the widest possible field of applications. Due to its newly developed formulation, this series shows excel-lent rub resistance even on critical printing substrates. The low tack ensures good printability on difficult and pick-sensitive substrates.

This series is especially suited for multicolour perfecting printing presses with high printing speeds, as well as for straight printing machines. Due to its excellent ink/water balance, it has a very low tendency to mist even at high printing speeds. It is mineral oil-free and formulated on the basis of renewable raw materials.

The Power Protect series is characterised by:

  • Excellent runability
  • Very good rolling
  • Excellent ink/water balance
  • Fast setting
  • Excellent rub resistance
  • Trouble-free processing

As a modern ink series, Power Protect LT complies with all requirements of ISO standard 2846-1. Its colour intensity and dot sharpness allow the printer to meet all requirements of ISO standard 12647-2 regarding the ink properties, as well as to achieve a very neutral grey-balance.

Properties

Fastnesses

item no. light transp. spirit nitro alcali
Power Protect LT Y 133955 5 + + + +
Power Protect LT M 133956 5 + + +
Power Protect LT C 133957 8 + + + +
Power Protect LT K 133958 8 + + +

+ property given   − property not given

Printing Additives

Additiv Item no. Dosage
Printing Oil 071 max. 5 %
Thinner 455 max. 5 %
Printing Jelly 348 max. 6 %
Rapid Drier liquid 058 max. 3 %
Eppo Drier viscous 2001 max. 3 %
This technical instruction sheet is designed for your information and reference. It is based on and conforms to our current knowledge. However as actual application is affected by many factors over which we have no control, we are not liable for printing failures.