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EB ink draws attention for use with flexible packaging

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In recent years, EB printing free of volatile organic compounds (VOCs) has drawn attention in the field of flexible packaging printing for those seeking to reduce CO2 emissions and improve environmental friendliness.
Here we will provide an overview of the features of EB printing and the characteristics of our "Diatone Dreamcure EB series" EB offset ink.

What is EB?

EB stands for electron beam, which is produced using a system that artificially accelerates electrons as a beam for utilization. This technology has various applications, including cross-linking reactions, printing, coating, and sterilization.
 

What is EB

What is EB?

EB stands for electron beam, which is produced using a system that artificially accelerates electrons as a beam for utilization. This technology has various applications, including cross-linking reactions, printing, coating, and sterilization.
 

What is EB

Overview of EB system

Overview of EB system

Overview of EB system

Overview of EB system

Features of EB offset ink

Diatone Dreamcure EB series

 Widely used for printing onto packaging materials and labels
 Allows high-resolution, high-color reproduction printing
 Allows high-speed printing
 Free of volatile organic compounds (VOCs)
 Low odor
 Resistant to abrasion, chemicals, water, and heat
 Low migration
 Does not contain photopolymerization initiators found in UV inks
 Minimal heat damage (shrinkage) to substrates
EB curing
 VOCs VOC-free
 Pot life Good
 Odor after curing Low
 Migration Low
 Solvent resistance Excellent
 Abrasion resistance Excellent
 Adhesion Moderate
 Shrink fit suitability Moderate
 Nitrogen gas Required
 Photopolymerization initiator Not required
 Ambient temperature Room temperature and above
 Curing time Instantaneous
 Adjustable on/off operation output Excellent
 Line length Short

Features of EB offset ink

Diatone Dreamcure EB series

 Widely used for printing onto packaging materials and labels
 Allows high-resolution, high-color reproduction printing
 Allows high-speed printing
 Free of volatile organic compounds (VOCs)
 Low odor
 Resistant to abrasion, chemicals, water, and heat
 Low migration
 Does not contain photopolymerization initiators found in UV inks
 Minimal heat damage (shrinkage) to substrates
EB curing
 VOCs VOC-free
 Pot life Good
 Odor after curing Low
 Migration Low
 Solvent resistance Excellent
 Abrasion resistance Excellent
 Adhesion Moderate
 Shrink fit suitability Moderate
 Nitrogen gas Required
 Photopolymerization initiator Not required
 Ambient temperature Room temperature and above
 Curing time Instantaneous
 Adjustable on/off operation output Excellent
 Line length Short

Typical applications

 General food packaging
 Pouch packaging for miscellaneous goods and daily necessities
 Paper packaging materials
 Labels (e.g., in-mold labels, bottle labels etc.)
Typical applications