Description
Photoinitiator 160 / ESACURE KIP 160 CAS 71868-15-0
Synonym: ESACURE KIP 160
Standard:
| Items | Specifications |
| Appearance | White powder |
| Assay (HPLC) | ≥99.0% |
| Melting point | 98~102°C |
| Volatiles | ≤0.2% |
| Acid value(Mg KOH/g) | ≤0.2 |
| Ash | ≤0.1% |
Function & Applications:
1. Photocure 160 is an excellent choice for painting wood, which is common in the construction industry, whether it is used for antique and elegant wood-carved doors and windows or modern minimalist-style wooden floors. During the painting process, it ensures that the paint adheres better to the wood surface, improving the wood’s wear and corrosion resistance, as if it were wearing a tough layer of “armor”. Thanks to its unique chemical structure and reaction mechanism, when exposed to light of a specific wavelength, it can initiate a series of photochemical reactions, causing the paint to dry and cure quickly.
In the field of plastic products, we all know that plastics are widely used in electronic equipment housings, toys, household goods and other products. The use of photoinitiator 160 can greatly improve the quality of plastic surface coatings. Take children’s toys as an example. Toys are often subject to bumps, friction and the erosion of the external environment. If the coating quality is not good, it is easy to fade or be damaged. The use of coatings containing photoinitiator 160 can make the colors on the surface of toys more durable and bright, protecting children’s happy time.
Photocure 160 is also used in a wide range of paper applications, from book printing to food packaging labels. Its safety has been rigorously tested in food packaging. According to relevant research data (the latest research report on the safety of food packaging materials can be cited here), under normal conditions of use, photocure 160 does not migrate harmful substances into food, providing a reliable safeguard for the food packaging industry. Compared with the traditional processing methods of packaging materials, it can ensure food safety while improving the aesthetics and durability of the packaging.
Photoinitiator 160 is also indispensable for the surface treatment of metal materials. In the automotive industry, the metal parts of the car body need to be treated for corrosion protection and aesthetics. The coating system involving photoinitiator 160 can dry quickly and form a dense protective film on the metal surface, effectively preventing the metal from rusting while giving the car a beautiful appearance. Moreover, it can meet the high requirements for coating accuracy and stability in the processing of some high-precision metal parts.
The field of optical fibers places extremely high demands on the properties of the materials, and photoinitiator 160 is also up to the task. The transmission performance of optical fibers depends to a large extent on the quality of their surface coating. A high-quality coating can reduce the loss of optical signals and ensure the stability of signal transmission. The use of photoinitiator 160 in the optical fiber coating process provides strong support for the construction of high-speed and stable communication networks.
Powder coatings are also becoming more popular in the furniture and machinery industries. The use of photoinitiator 160 in powder coatings not only improves the curing efficiency of the coating, but also the physical properties of the coating. For example, the use of photoinitiator 160 in the powder coatings of some outdoor furniture can ensure that the furniture maintains a good appearance and performance even after being exposed to the sun and rain.
Packaging and Shipping:
Packing:20kg/carton box.
Delivery:with in 5-7 working days.
Storage:
Stored in a cool dry place out of direct sunlight.
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| CHLUMINIT® CH-IS223 | Photoinitiator CH-IS223 | CAS 198641-40-6 |
| CHLUMINIT® CH-IS222 | Photoinitiator CH-IS222 | CAS 131725-16-1 |
| CHLUMINIT® 9388 | Photoinitiator 9388 | |
| CHLUMINIT® 752 | Photoinitiator 752 | |
| CHLUMINIT® 250 | Photoinitiator 250 | |
| CHLUMINIT® 215C | Photoinitiator 215C | CAS 3770-97-6 |
| CHLUMINIT® 2022 | Photoinitiator 2022 | |
| CHLUMINIT® 1211 | Photoinitiator 1211 | CAS 34701-98-9 |
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| CHLUMINIT®CH-SS056 | Photoinitiator CH-SS056 | CAS 75482-18-7 |
| CHLUMINIT®202S | Photoinitiator 202S | CAS 74227-35-3 |
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| CHLUMINIT® OMBB | Photoinitiator OMBB / Speedcure MBB | CAS 606-28-0 |
| CHLUMINIT® MBP | Photoinitiator MBP | CAS 134-84-9 |
| CHLUMINIT® LAP | Photoinitiator LAP / Lithium phenyl-2,4,6-trimethylbenzoylphosphinate | CAS 85073-19-4 |
| CHLUMINIT® EMK | Photoinitiator EMK / Omnirad EMK / Speedcure EMK | CAS 90-93-7 |
| CHLUMINIT® EHA | Photoinitiator EHA / Omnirad EHA / Speedcure EHA | CAS 21245-02-3 |
| CHLUMINIT® EDP | Photoinitiator EDB / Omnirad EDB / Speedcure EDAB | CAS 10287-53-3 |
| CHLUMINIT® CH-SS992 | Photoinitiator CH-SS992 | CAS 75482-18-7 & 74227-35-3 |
| CHLUMINIT® CH-SS976 | Photoinitiator CH-SS976 | CAS 71449-78-0 & 89452-37-9 |
| CHLUMINIT® CH-SS066 | Photoinitiator CH-SS066 | CAS 591773-90-9 |
| CHLUMINIT® CH-SS059 | Photoinitiator CH-SS059 | CAS 71449-78-0 & 89452-37-9 |
| CHLUMINIT® CH-IS054 | Photoinitiator CH-IS054 | CAS 61358-25-6 |
| CHLUMINIT® CH-IS053 | Photoinitiator CH-IS053 | CAS 121239-75-6 |
| CHLUMINIT® CH-IS052 | Photoinitiator CH-IS052 | CAS 71786-70-4 |
| CHLUMINIT® CH-IS051 | Photoinitiator CH-IS051 | CAS 344562-80-7 |
| CHLUMINIT® CH-262 | Photoinitiator CH-262 | CAS 100011-37-8 |
| CHLUMINIT® CBP | Photoinitiator CBP | CAS 134-85-0 |
| CHLUMINIT® 938 | Photoinitiator 938 / Speedcure 938 | CAS 61358-25-6 |
| CHLuminit® 6993 | Photoinitiator 6993 | CAS 71449-78-0 & 89452-37-9 |
| CHLUMINIT® 6976 | Photoinitiator 6976 | CAS 71449-78-0 89452-37-9 108-32-7 |
| CHLUMINIT® 550 | Omnicat 550 | CAS 591773-92-1 |
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| CHLUMINIT® 369 | Photoinitiator 369 / irgacure 369 / Omnirad 369 | CAS 119313-12-1 |
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| CHLUMINIT® 30301P | Photoinitiator 30301P | CAS 344562-80-7, 108-32-7 |
| CHLUMINIT® 30201P | Photoinitiator 30201P | CAS 61358-25-6, 108-32-7 |
| CHLUMINIT® 30201 | Photoinitiator 30201P | CAS 61358-25-6 |
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| CHLUMINIT® 261 | Photoinitiator 261 | CAS 32760-80-8 |
| CHLUMINIT® 202 | Photoinitiator 202 | CAS 75482-18-7, 74227-35-3, 108-32-7 |
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| CHLUMINIT® 201S | Photoinitiator 201S | CAS 89452-37-9, 71449-78-0 |
| CHLUMINIT® 20108 | Photoinitiator 20108 | CAS 203573-06-2 |
| CHLUMINIT® 20102P | Photoinitiator 20102P | CAS 71449-78-0, 108-32-7 |
| CHLUMINIT® 201 | Photoinitiator 201 | CAS 89452-37-9, 71449-78-0, 108-32-7 |
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| CHLUMINIT® 1206 | Photoinitiator 1206 | |
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| CHLUMINIT® 250 | Photoinitiator 250 | CAS 344562-80-7 108-32-7 |
| CHLUMINIT® 754 | Photoinitiator 754 | CAS 211510-16-6 442536-99-4 |
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| CHLUMINIT® 819DW | Photoinitiator 819 DW / Omnirad 819 DW | CAS 162881-26-7 |
| CHLUMINIT® 907 | Photoinitiator 819 DW / Omnirad 819 DW | CAS 71868-10-5 |
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| CHLuminit® DETX | Photoinitiator DETX / Omnirad DETX / Speedcure DETX | CAS 82799-44-8 |
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| CHLUMINIT® TPO | Photoinitiator TPO / Irgacure TPO / SpeedCure TPO / Omnirad TPO | CAS 75980-60-8 |
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| Photoinitiator DEAP | Photoinitiator DEAP |





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