Beschreibung
Photoinitiator MBF / Methyl benzoylformate / Omnirad MBF CAS 15206-55-0
Chemischer Name: Methyl benzoylformate
CAS-Nr.: 15206-55-0
Molekulare Formel：C9H8O3
Molekulargewicht：164.16
Spezifikationen:
| Erscheinungsbild | Hellgelbe Flüssigkeit |
| Assay (GC) | ≥99.0% |
| Methylbenzoat (GC) | ≤1,0% |
| Density @ 20 °C： | 1,15-1,17 g/cm3 |
| Siedepunkt | 246℃-248℃ |
| Andere einfache Verunreinigung | ≤1,0% |
| Schwebende Substanz | Nein |
| Durchlässigkeit | 450nm,≥98.0% |
| 500nm,≥99.0% |
Verwendung:
1. From the perspective of chemical structure and principle, the molecular composition of photoinitiator MBF endows it with unique photoreactivity. It is like a well-trained soldier, acting quickly on the “order” of ultraviolet light. In UV-curable inks, it can promote the rapid cross-linking and polymerization of monomers and oligomers in the ink. This property is particularly important in high-quality printing, especially in commercial printing scenarios that require fast drying and long-lasting colors. For example, the printing of well-known magazines using inks containing the photoinitiator MBF not only ensures a high printing speed, but also ensures that the colors on each page remain vibrant for a long time and do not fade easily.
2. The role of the photoinitiator MBF in coatings is also not to be underestimated. In the field of industrial protective coatings, many metal structures require long-lasting protective coatings. These coatings need to dry quickly to improve production efficiency, while also providing excellent corrosion and abrasion resistance. UV-curable coating systems involving photoinitiator MBF can meet these requirements. According to relevant research data, the curing speed of coatings using photoinitiator MBF is about 60% higher than that of traditional coatings (the data here can be adjusted according to actual research), which greatly shortens the construction period and reduces costs.
3. It is worth mentioning that the curing technology of paints and inks has undergone a long development over the course of history. From the initial natural drying to heat curing, and now to UV curing, each change is a reflection of the progress of materials science. The advent of photoinitiator MBF is undoubtedly an important milestone in the development of UV curing technology.
Paket:
25kg/Trommel
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