Fotoiniciador 379 / irgacure 379 / Omnirad 379 CAS 119344-86-4

379 is a highly efficient UV curing agent which is used to initiate the photopolymerisation of chemically prepolymers – e.g.acrylates – in combination with mono- or multifunctional monomers.

379 has good thermal stability, long storage period, good solubility, light color, good anti-yellowing performance, fast light curing speed, and good deep curing performance, especially suitable for colored UV curing system, photoresist and printing plate. Due to its excellent solubility(compared to 369) it is easy to incorporate into almost all formulations.

Descrição

Fotoiniciador 379 / irgacure 379 / Omnirad 379 CAS 119344-86-4

Nome Químico2-Dimetilamino-2-(4-metil-benzil)-1-(4-morfolin-4-il-fenil)-butan-1-ona

Sinônimo: 379;Photoinitiator 379;Omnirad 379

Número CAS:  119344-86-4

Fórmula molecular:  C24H32N2O2

Informações gerais:

379 belongs to α-aminoketone derivatives, which has good thermal stability, long storage period, good solubility, light color, good anti-yellowing performance, fast light curing speed, and good deep curing performance.

In the photopolymerization imaging system, it is a substance that is directly sensitive to light and promotes the polymerization of monomers into polymer compounds. α-Aminoketone derivatives are an important class of photoinitiators, and 379 is one of them. It has been widely used in the field of UV curing, and is widely used in photocurable coatings, inks, photoresist Etching and other fields.

Especificação:

Aparência Pó ligeiramente amarelo
Pureza ≥99%
Voláteis ≤0,3%
Ponto de fusão 82-87°C

Uso:

The high efficiency of photoinitiator 379 is like a “lightning attack” in a chemical reaction. When exposed to ultraviolet light, it can quickly and massively produce free radicals, a process that is like an efficient chain reaction. From a chemical kinetic point of view, this ability to efficiently produce free radicals allows the polymerization reaction to proceed quickly and completely, greatly reducing the curing time and improving production efficiency. This is undoubtedly a key factor in reducing costs and increasing production for mass production.

Its broad-spectrum response is like a “detector” with a wide field of view. The broad absorption spectrum in the ultraviolet region means that it can “cooperate” with various ultraviolet light sources. Whether it is a traditional mercury lamp ultraviolet light source or a new LED ultraviolet light source, photoinitiator 379 can adapt. This provides great flexibility in the selection of equipment for the production process. Companies can choose the most suitable ultraviolet light source according to their own needs and cost considerations, without worrying about the compatibility of the photoinitiator.

Good thermal stability is another advantage of photoinitiator 379. In high-temperature processing environments, it is like a tough warrior, not losing its activity due to high temperatures. In some processes that require high-temperature treatment, such as high-temperature baking after UV coating on certain special metal surfaces to enhance adhesion, photoinitiator 379 can still function stably to ensure the curing quality of the coating.

Low migration characteristics act as a stable “anchor” to ensure the long-term durability of cured products. In many products with stringent quality requirements, such as UV coatings for food packaging materials, if the photoinitiator migrates into the food, it may pose a safety risk. However, the low migration characteristics of photoinitiator 379 eliminate this concern, making the cured product stable and safe over time.

In addition, its low odor makes photoinitiator 379 stand out in scenarios where environmental and human health requirements are high. In the field of interior paints, people are very sensitive to odors. For example, in hospitals, schools, homes and other places, using low-odor formulations containing photoinitiator 379 not only allows for quick renovation and maintenance, but also provides a comfortable and healthy environment. According to a study on indoor air quality, the volatile organic compound (VOC) content in indoor spaces with low-odor paints is significantly lower than that in spaces with traditional paints, which further proves the important role of photoinitiator 379 in improving the indoor environment.

Compared to 369, 379 differentiates especially due to its substantially improved solubility which allows its use for applications in which 369 is at the solubility limit or couldn’t be used at all due to the limited solubility.

Dosagem recomendada:

  • Offset inks :           2 – 4 % 369
  • Screen inks:           2 – 4 % 369   + 1 – 3 % 184
  • Pigmented coatings:              1 – 4 % 369
  • Photopolymers for imaging applications:              0.5 – 5 % 369

Pacote:

20 kg/caixa.

Armazenamento:

Mantido em um depósito seco e limpo, com boa ventilação.

Evite a exposição à luz e ao aquecimento.

Proteger o produto contra vazamentos, chuva e insolação durante o transporte.

Entre em contato conosco agora!

Se precisar do Price, preencha suas informações de contato no formulário abaixo. Normalmente, entraremos em contato dentro de 24 horas. Você também pode me enviar um e-mail sale01@longchangchemical.com durante o horário comercial (das 8h30 às 18h UTC+8 de segunda a sábado) ou use o bate-papo ao vivo do site para obter uma resposta imediata.

 

Fotoiniciador TPO CAS 75980-60-8
Fotoiniciador TMO CAS 270586-78-2
Fotoiniciador PD-01 CAS 579-07-7
Fotoiniciador PBZ CAS 2128-93-0
Fotoiniciador OXE-02 CAS 478556-66-0
Fotoiniciador OMBB CAS 606-28-0
Fotoiniciador MPBZ (6012) CAS 86428-83-3
Fotoiniciador MBP CAS 134-84-9
Fotoiniciador MBF CAS 15206-55-0
Fotoiniciador LAP CAS 85073-19-4
Fotoiniciador ITX CAS 5495-84-1
Fotoiniciador EMK CAS 90-93-7
Fotoiniciador EHA CAS 21245-02-3
Fotoiniciador EDB CAS 10287-53-3
Fotoiniciador DETX CAS 82799-44-8
Fotoiniciador CQ / canforoquinona CAS 10373-78-1
Fotoiniciador CBP CAS 134-85-0
Fotoiniciador BP / Benzofenona CAS 119-61-9
Fotoiniciador BMS CAS 83846-85-9
Fotoiniciador 938 CAS 61358-25-6
Fotoiniciador 937 CAS 71786-70-4
Fotoiniciador 819 DW CAS 162881-26-7
Fotoiniciador 819 CAS 162881-26-7
Fotoiniciador 784 CAS 125051-32-3
Fotoiniciador 754 CAS 211510-16-6 442536-99-4
Fotoiniciador 6993 CAS 71449-78-0
Fotoiniciador 6976 CAS 71449-78-0 89452-37-9 108-32-7
Fotoiniciador 379 CAS 119344-86-4
Fotoiniciador 369 CAS 119313-12-1
Fotoiniciador 160 CAS 71868-15-0
Fotoiniciador 1206
Fotoiniciador 1173 CAS 7473-98-5

 

Informações adicionais

Nome químico

2-Dimethylamino-2-(4-methyl-benzyl)-1-(4-morpholin-4-yl-phenyl)-butan-1-one

Número CAS

119344-86-4

Fórmula molecular

C24H32N2O2

Ensaio

99% min

Pacote

20kgs/caixa

Comentários

Ainda não há comentários.

Seja o primeiro a avaliar "Photoinitiator 379 / irgacure 379 / Omnirad 379 CAS 119344-86-4"

Entre em contato conosco

Portuguese