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Preparation and Properties Optimization of UV Printing Ink

Zhong Yi Cao

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Abstract

The effects of compositions on UV prinking ink,such as prepolymer,monomer,photoinitiator and pigment on curing rate,cohesive force,resistency and other properties were investigated.The range analysis and variance analysis method were applied to the assessment of results.The results based on orthogonal experiment design indicated that an optimum component composition of UV printing ink can be obtained from prepolymer PQ611,monomer A,photoinitiator B and active amime(accelerator).

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What this paper is about

The effects of compositions on UV prinking ink,such as prepolymer,monomer,photoinitiator and pigment on curing rate,cohesive force,resistency and other properties were investigated.The range analysis and variance analysis method were applied to the assessment of results.The results based on orthogonal experiment design indicated that an optimum component composition of UV printing ink can be obtained from prepolymer PQ611,monomer A,photoinitiator B and active amime(accelerator).

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Available abstract

The effects of compositions on UV prinking ink,such as prepolymer,monomer,photoinitiator and pigment on curing rate,cohesive force,resistency and other properties were investigated.The range analysis and variance analysis method were applied to the assessment of results.The results based on orthogonal experiment design indicated that an optimum component composition of UV printing ink can be obtained from prepolymer PQ611,monomer A,photoinitiator B and active amime(accelerator).

Key concepts: Photoinitiator, Prepolymer, Inkwell, Monomer, Chemistry, UV curing, Curing (chemistry), Chemical engineering

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