2019年7月7日星期日

RO-948 inks 如有需要请致电13922125806赖R

RO-948 应用墨水解决方案的无线电不透明墨水

用于成像应用的溶剂型热干油墨

无线电不透明油墨设计用于打印暴露于X射线,MRI或其他荧光或成像设备时可见的标签或参考点。油墨用于印刷粘性皮肤贴片或局部标签,或印在手术装置,工具或其他需要跟踪的物品上。

pplies提供无线电不透明油墨,可用作医疗诊断设备(如X射线,MRI和CT)的视觉参考。

我们所有的射线不透明油墨都经过配制,可以对各种基材(包括需要弯曲或弯曲的纸张,玻璃,金属和塑料基材)提供强大而灵活的附着力。导电化合物的射线不透明油墨也可以使用保护性油墨和涂料进行过度印刷,并与Parylene外涂层兼容。


RO-948可在多种基材上实现快速固化,灵活,耐用和可靠的性能

无线电不透明油墨可以多种方式应用,包括丝网印刷,高速滚筒印刷,涂布和浸渍。它们也可以通过手动过程施加,例如刷子或注射器。

与其他产品完全兼容
无线电不透明油墨与我们的银导电油墨,碳电阻油墨,银导电环氧粘合剂,UV固化密封剂和保形涂料兼容。
如有需要请致电13922125806赖R


Radio Opaque Inks by Ink Solutions

Solvent Based, Heat Dried Inks for Imagingcaons

Radio opaque inks are designed for printing tags or reference points that are visible when exposed to X-ray, MRI or other fluorescing or imaging equipment. The inks are used to print adhesive skin patches or topical tags, or imprinted onto surgical devices, tools or other items requiring tracking.

Ink Solutions Difference:

Extensive laboratory capabilities
Custom formulating
Personal service
Technical support
To order a sample or to discuss your application needs, contact Ink Solutions today.

ed Ink Solutions offers radio opaque inks for use as a visual reference with medical diagnostic devices such as X-ray, MRI, and CT.

All of our radio opaque inks are formulated to provide strong and flexible adhesion to a wide variety of substrates including paper, glass, metal, and plastic substrates that require bending or flexing. Radio opaque inks from Conductive Compounds can also be over-printed with protective inks and coatings and are compatible with Parylene overcoats.

RO-948 allows for fast curing and flexible, durable, and reliable performance on numerous substrates

Radio opaque inks can be applied in a number of ways, including screen printing, high speed roller printing, coating, and dipping. They can also be applied via manual processes such as a brush or syringe.

Full Compatibility with Other Products
Radio opaque inks are compatible with our silver conductive inks, carbon resistive inks, silver conductive epoxy adhesives, UV curable encapsulants, and conformal coatings.



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