2、在移印过程中,如出现拉丝或散开,可适当加入一些慢干膏即可;
3、环境温度过高,将会影响油墨原有质量;
4、根据气候变化,请远离火源,阴暗环境下存放。
一,油墨使用技术参考
印刷油墨是为是为了不具备烘烤条件而又不用外加固化剂而研制的单组份*油墨。油墨使用方便,不需加固化剂,不需烘烤,即可获得优异的附着力。具有平光、附着力佳、耐冲压、耐酒精等特点。
1.适用范围:铁、铝、合金、玻璃、陶瓷、电镀、石材、阳极氧化铝表面及烤(喷)漆面等
2.稀释剂:用本公司S-03稀释剂
3.固化剂:可添加TA-9154硬化剂10%增加附着力,提高墨膜硬度。
4.胶刮硬度: 70-80度为宜,另外角度在60-70度为良好。
5.网目:适合于100-420网目印刷
6.用量:用300目网版每公斤约可印30平方米.
7.干燥方法: TA系列是属于自然挥发干燥的油墨,墨层表干时间5-10分钟:实干时间在24小时以内.
48小时后达到良好性能 1.或添加TA-9154硬化剂10%可增加附着力,提高墨膜硬度。2.烤箱90℃烘烤20分钟佳能更优。
二,测试方法(完全干燥后)
1、划百格后用3M胶纸剥离*少3次以上,无掉墨现象.
2、用浸有纯度99%的酒精的棉球,500G力在油墨表面来回擦拭200次无脱色。
三、油墨使用注意事
1.试印确认符合要求后再批量生产。
2.做好被印物的表面清除油脂及杂质工作,以促进附着效果。
3.需要套色时,应在前颜色表干或硬干后再进行套色工作。
4.附着力、硬度、耐酸性、耐油性、耐去渍油性、抗划伤性、*性等性能的检测,需要墨层完全固化后方可检测。
5.未经允许情况下,不得将本系列油墨与其它类型油墨混用及配色。
6.添加固化剂后的使用时限:加入固化剂后的油墨使用时间为4~6小时,环境温度越高使用时间越短,剩余油墨不可回收。
1, plastic material similar in appearance, but may be of different materials, customers need to try to determine its requirements, and then bulk printing;2, in the printing process, such as drawing or spread out, may be appropriate to add some slow dry plaster;In 3, the ambient temperature is too high, will influence the quality of the original ink;In 4, according to climate change, please stay away from fire, dark environment storage.One, the use of ink technology referencePrinting ink for is to do not have the baking condition without external curing agent and the development of one component high performance ink. The ink has the advantages of convenient use, without curing agent, without baking, can obtain excellent adhesion. Having a flat, adhesive force is good, punching resistance, alcohol resistance characteristics.1 scope of application: iron, aluminum, alloy, glass, ceramic, plating, stone, anodized aluminum surface and baked ( spray paint etc. )2: with the company S-03 diluent diluent3: add TA-9154 curing agent hardening agent 10% increased adhesion, improve the ink film hardness.The 4 squeegee hardness: 70-80 degrees appropriate, the other point of view in the 60-70 degrees is the best.5: suitable for 100-420 screen printing mesh6: amount with 300 mesh screen every kilograms