| Deuteron UV 1240 | Deuteron | Deuteron UV 1240 may be used as a UV hardener for all binding agents that can be cationically polymerized, particularly epoxides. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 1240. The photoinitiator Deutero...view more Deuteron UV 1240 may be used as a UV hardener for all binding agents that can be cationically polymerized, particularly epoxides. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 1240. The photoinitiator Deuteron UV 1240 hardens binder systems that polymerize cationically under UV exposure. Deuteron UV 1240 is soluble in these binder systems including the usual solvents and reactive diluents. view less | Request Sample |
| Deuteron UV 1242 | Deuteron | The photoinitiator Deuteron UV 1242 hardens binder systems that polymerize cationically under UV exposure. Deuteron UV 1242 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 1242 may be used as a UV hard...view more The photoinitiator Deuteron UV 1242 hardens binder systems that polymerize cationically under UV exposure. Deuteron UV 1242 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 1242 may be used as a UV hardener for all binding agents that can be cationically polymerized, particularly silicones and epoxides. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 1242. view less | Request Sample |
| Deuteron UV 1250 | Deuteron | The photoinitiator Deuteron UV 1250 hardens binder systems that polymerize cationically under UV exposure. Deuteron UV 1250 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 1250 may be used as a UV hard...view more The photoinitiator Deuteron UV 1250 hardens binder systems that polymerize cationically under UV exposure. Deuteron UV 1250 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 1250 may be used as a UV hardener for all binding agents that can be cationically polymerized and release coatings. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 1250. view less | Request Sample |
| Deuteron UV 2257 | Deuteron | Deuteron UV 2257 may be used as a UV initiator for all binders that can be cationically polymerized, particularly epoxides used in the printing ink sector. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 2257. ...view more Deuteron UV 2257 may be used as a UV initiator for all binders that can be cationically polymerized, particularly epoxides used in the printing ink sector. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 2257. Deuteron UV 2257 enables the cationic polymerization of special binder systems through a starting reaction. Deuteron UV 2257 is soluble in these binder systems including common solvents and reactive diluents. view less | Request Sample |
| Deuteron UV 3100 | Deuteron | The photoinitiator Deuteron UV 3100 hardens binder systems that polymerise cationically under UV exposure. Deuteron UV 3100 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 3100 may be used as a UV hard...view more The photoinitiator Deuteron UV 3100 hardens binder systems that polymerise cationically under UV exposure. Deuteron UV 3100 is soluble in these binder systems including the usual solvents and reactive diluents. Deuteron UV 3100 may be used as a UV hardener for all binding agents that can be cationically polymerised, in particular epoxides. Alkaline additives should be avoided because they impair the effectiveness of Deuteron UV 3100. view less | Request Sample |
