油墨

In printing ink in excess moisture causes the Ink viscosity and liquidity produce changes, resulting in a innovativeink emulsive.

在油墨洋功众的火分会使油墨的粘量和流不静性爆不收改变，导致油墨乳化。

Consists of Printed bleached sulphate cuttings,free from misprint sheets,printed cattons,wax,grease-proof lumination,gilt and inks,adhesives or coatings that are non-soluble

由漂白硫酸盐浆制得的纸张的边角料，带有印刷油墨，不包括印刷出差错的整张纸张和带有印刷油墨的纸盒，也不允许含有蜡，防油层叠剂，烫金材料及其油墨、胶粘剂或涂料等不溶性物质。

Plate picture and text parts of ink is transferred to the procedure, for various reasons, such as plates and the contact and transfer ink when business card printing and membership card making blanket in the pressure, and plates and the contact with the authority into, the for ink absorption and osmosis and ink performance of optical phenomena, and so on, make the transition to the ink on the relative to the printing plate or mucilloid plates of the original film produces metaboly, a phenomenon in the mesh modulation cards and membership cards to make the dot gain, the law is both dot size, represents the edge of the egualling.

印版上图文局部的油墨在迁徙到被印物的历程洋，由于种种原因，如印版与被印物隔绝和迁徙油墨时活命的制卡和会员卡制作不张力、橡皮布在与印版和被印物隔绝时爆发的变形、被印物对于油墨的汲取和不合泌本领及墨迹表示的平学本体等，使迁徙到被印物上的墨迹不绝对于印版或用于制作印版的原版胶片的图文局部爆发变形本体，这种本体表示在网目调制卡和会员卡制作洋就是网点不收不小，其次序是无论网点巨细，都表示为边际的等距不收不小。

China's silk screen business card printing and membership card making material, such as screen, photoptic, innovativeink made efficiencymajor, but overseas manufacturer of screen printing material there is a certain gap compared to, such as: high strength, low-high protrudent variability, high ISO noise eye screen non-diazoresin-peripherin-gum; UV ink, ink, etc.

我国丝网制卡和会员卡制作材料如丝网、感光胶、油墨均取得了长足的发展，但与国外先进厂家生产的网印材料相比尚有一定差距，如：高强度、低伸变率的高目丝网；高感光度非重氮型感光胶；UV油墨、水性油墨等。

And other peripheral product: Epson Chip Resetter; Epson Auto Reset Chip; The printer ink, water transfer ink, Sublimation ink and heat press machineMug heat press machine, Plate heat press machine, Hat heat press machine, and Plain heat press machine.

及其他周边产品：爱普生芯片resetter ；爱普生自动复位芯片；打印机油墨，水转移油墨，升华油墨及热压机（杯热压机，热板机，帽子，热压机，朴素的热压机。

Insufficiently flexo printing process for formulating process on the basis of specific criteria, such as the smoothness of the paper, ink roller parameter, the gray balance data to determine the seihan process; in business card printing and membership card manufacturing process, because the Ink viscosity, xerotic were affected by pH, firmwith pH control ink; taking into account the flexographic business card printing and membership card making serious than dot gain, offset printing with offset printing, you must set the business card printing and membership card making pressure adjustment to the minimum.

在烟包柔印工艺的制定过程中，要根据具体的工艺条件，诸如纸张的平滑度、网纹辊参数、油墨的灰平衡数据等确定制版工艺；在制卡和会员卡制作过程中，由于水性油墨的黏度、干燥性均受到pH值的影响，因此要严格控制油墨的pH值；考虑到柔版制卡和会员卡制作网点扩大比胶印严重，同胶印一样，必须将制卡和会员卡制作压力调整到最小。

Meanwhile, we discuss the deinking mechanism: solvent treatment dislodges most ink particles from the fibers, then ultrasonic treatment scatters detached ink particles which are separated from the stock by following washing and floatition process, so that deinking efficiency is improved greatly.

同时 我们对其脱墨机理进行初步研究，可以这样认为：先用溶剂预处理，将大部分油墨粒子从纤维上分离下来，然后再辅以超声波的作用，将分离下来的油墨粒子打碎，在后面的浮选洗涤过程中将这些打碎成很细小的油墨粒子去除，从而大大地提高了混合办公废纸的脱墨效果。

In this essay, the formula of UV curable offset ink was confirmed by ingredients selection and optimization. And the specimens were prepared by gritting. The rheological properties and printabilities of the specimens were investigated.

本论文通过大量实验对UV胶印油墨的各种组分进行筛选、优化，最终确定了UV胶印油墨的基本配方，采用研磨分散的方法，自主研发制备了各项性能良好的UV胶印油墨样品。

Ink trapping: It is the ability of the first down ink to get hold of the overprinting ink.

油墨牵力：是先印的油墨能否把叠印的油墨牢固拉着的能力。

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.

摘 要：探讨了预聚物、单体、光引发剂、颜料等组分对UV油墨固化速度、附着力、耐抗性等性能的影响，应用正交实验设计方法对UV油墨各组分种类进行选择，对正交试验结果做极差分析及方差分析，结果表明：根据预先设计的组分比例，采用预聚物PQ611，单体A，光引发剂B，活性氨为加速剂，获得性能较好的UV油墨。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。