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How Atmospheric Plasma Surface Treating Enables Ink Jet Printing on Wire & Cable

机译:大气等离子表面处理如何在线和电缆上进行喷墨印刷

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Ink jet printing offers numerous production advantages for wire and cable makers in the military, automotive, telecom and datacom industries. However not all materials used in the wire and cable industry are receptive to ink jet formulations. Traditional printing on wire and cable is accomplished with contact printing technologies such as print wheels and hot stamp systems. Ink jet printing offers numerous advantages over traditional marking technologies. It is economical, efficient and offers greater operational control and flexibility. However, ink jet chemistry alone is not always enough to achieve bonding success. Many of the materials used in the wire and cable industry such as PE, PVC, PP, PTFE, XLPE, ETFE, FEP, EPDM and silicone have very low surface energy making it difficult for ink bonding. Additional factors such as surface contamination and additive migration can also undermine adhesion success.
机译:喷墨印刷为军事,汽车,电信和数据传播产业的电线和电缆制造商提供了许多生产优势。 然而,并非电线和电缆行业中使用的所有材料都是接受喷墨制剂。 电线和电缆上的传统印刷是用接触式印刷技术(如打印轮和热印花系统)完成的。 喷墨印刷与传统标记技术相比,提供了许多优势。 它经济,高效,提供更大的操作控制和灵活性。 然而,单独的喷墨化学并不总是足以实现粘接成功。 电线和电缆行业中使用的许多材料如PE,PVC,PP,PTFE,XLPE,ETFE,FEP,EPDM和硅胶具有非常低的表面能,使油墨粘合难以实现。 表面污染和添加剂迁移等额外因素也可以破坏粘附成功。

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