PAD PRINTABLE RADIO OPAQUE INK移印X射線照影油墨
移印X射線照影油墨描述:119-31TS是一種極其靈活的，可移印無線電不透明油墨和涂料的應(yīng)用移印和注射器點膠。該產(chǎn)品對PEBAX、Kapton、Mylar、玻璃等具有優(yōu)良的附著力多種其他基質(zhì)。與傳統(tǒng)材料不同，該產(chǎn)品具有性能平衡的特點具有優(yōu)良的韌性、高屈曲、高折痕、高耐磨性以及拉伸、拉伸的能力。這些特性使119-31TS非常適合的應(yīng)用包括，但不限于，制造標記用于醫(yī)療設(shè)備和透視鏡以及安全應(yīng)用的屏蔽。119-31TS的化學(xué)成分更強耐119-31T型。典型的屬性:粘度(cps) 11000百分比填料(固化密度(固化，g/cc) 12.05交叉粘合(PEBAX) 5B鉛筆硬度F使用溫度范圍(°C) -55到+200熱穩(wěn)定性(°C)良好到+250建議處理:119-31TS可隨貨使用。進一步的細化可能由加入少量CMI稀釋劑113-39或127-32R2。在使用之前，一定要混合好重新懸浮填料建議固化:最好的性能，對于大多數(shù)應(yīng)用，結(jié)果固化后，以下一種固化但是在110°C到200°C的溫度范圍內(nèi)可以達到良好的效果。建議終端用戶通過實驗確定溫度和時間，在較高的溫度下，最適合個別應(yīng)推薦用于不易粘附基材。119-31TS EXTREMELY FLEXIBLE PAD PRINTABLE RADIO OPAQUE INK DESCRIPTION: 119-31TS is an extremely flexible, pad printable radio opaque ink and coating for application by pad printing and syringe dispensing. The product features excellent adhesion to PEBAX, Kapton, Mylar, glass and a variety of other substrates. Unlike conventional materials this product offers a balance of properties featuring excellent toughness high flexing, crease, and abrasion resistance as well as the ability to elongate and stretch. These properties make 119-31TS well suited for applications including, but not limited to, manufacturing of markers for medical devices and fluoroscopy as well as shielding for security applications. 119-31TS is a more chemically resistant version of 119-31T. TYPICAL PROPERTIES: Viscosity (cps) 11,000 Percent Filler (cured) > 95 Density (cured, g/cc) 12.05 Crosshatch Adhesion (PEBAX) 5B Pencil Hardness F Useful Temperature Range (°C) -55 to +200 Thermal Stability (°C) Good to +250 SUGGESTED HANDLING: 119-31TS is ready to use as supplied. Further thinning may be accomplished by adding small amounts of CMI thinners 113-39 or 127-32R2. Prior to use, be certain to mix well to resuspend filler. SUGGESTED CURING: Best properties, for most applications, result when cured following one of the below cure schedules but good results can be attained with temperatures between 110° and 200°C. End user is advised to experimentally determine temperature and time best suited for individual applications though higher temperatures are recommended for difficult to stick to substrates.