Ink for iron can
An ink and iron can technology, applied in the field of ink for iron cans, can solve the problems of easy peeling, high processing cost, unstable quality, etc., and achieve the effect of simple printing process
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Embodiment 1
[0023] Blend 150g of BM53-type acrylic resin, 30g of 840-type epoxy resin, 80g of PR146 pigment, 10g of 24000 dispersant, 20g of PTFE, and 10g of AMP95 organic amine surfactant into 700g of ethanol, and mix evenly to obtain ink. The PR146 pigment makes the ink appear bright red. Apply the ink to the surface of the iron box and test it after it dries.
Embodiment 2
[0025] Blend 250g of BM53-type acrylic resin, 80g of 840-type epoxy resin, 120g of PY151 pigment, 30g of 24000 dispersant, 50g of PTFE, and 20g of AMP95 organic amine surfactant into 450g of ethanol, and mix evenly to obtain ink. PY151 pigment makes the ink appear bright yellow. Apply the ink to the surface of the iron box and test it after it dries.
Embodiment 3
[0027] Blend 180g of BM53-type acrylic resin, 50g of 840-type epoxy resin, 100g of PB15:4 pigment, 20g of 24000 dispersant, 40g of PTFE, and 15g of AMP95 organic amine surfactant into 595g of ethanol, and mix evenly to obtain ink. The PB15:4 pigment makes the ink appear bright blue. Apply the ink to the surface of the iron box and test it after it dries.
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