CAS Number
3896-11-5

A UV absorber of the hydroxyl phenyl benzotriazole class. It can be used to impart light stability in plastics and other organic materials.
CAS Number
7473-98-5

A highly efficient, widely used, Type I photoinitiator. The radicals formed by an

-cleavage mechanism rapidly initiate the photo-polymerisation of suitable acrylate oligomers and monomer formulations.
CAS Number
25973-55-1

A powder UV absorber of the hydroxyphenylbenzotriazole class.
CAS Number
52829-07-9

A hindered amine light stabiliser.
CAS Number
947-19-3

A highly efficient, widely used, Type I photoinitiator. The radicals formed by an

-cleavage mechanism rapidly initiate the photo-polymerisation of suitable acrylate oligomers and monomer formulations.
CAS Number
71868-10-5

A Type I photoinitiator used to initiate UV photo-polymerisation typically with unsaturated monomers and polymers such as acrylates/ methacrylates or vinyl polymers. Speedcure 97 is particularly suitable for pigmented systems operating in the UV absorption 250 – 350 nm wavelength.
CAS Number
947-19-3
119-61-9

A liquid mixture of photoinitiators. It is used to initiate the photo-polymerisation of chemically unsaturated pre-polymers – e.g. acrylates – in combination with mono- and multifunctional monomers.
CAS Number
7189-82-4

A photoinitiator used in radiation curing of photo-resists and printing inks
CAS Number
67362-76-9

A liquid amine synergist which, when used in conjunction with Type II photoinitiators, generates free radicals capable of initiating the rapid photo-polymerisation of suitable resin formulations. Thioxanthone photoinitiators are highly soluble in Speedcure BEDB, affording a single liquid additive.
CAS Number
119-61-9
131-58-8
134-84-9

A highly efficient, liquid, non-yellowing photoinitiator, which in conjunction with tertiary amine synergists initiates rapid polymerisation of suitable resin formulations.
CAS Number
24650-42-8

A highly efficient, widely used, Type I photoinitiator. The radicals formed by an

-cleavage mechanism rapidly initiate the photo-polymerisation of suitable resin formulations.
CAS Number
1003567-84-7

A multifunctional liquid polymeric amine synergist exhibiting low odour, good reactivity and ease of handling.
CAS Number
83846-85-9

A highly reactive Type II photoinitiator and will induce the rapid photo-polymerisation when formulated with a suitable tertiary amine synergist.
CAS Number

A solid multifunctional photoinitiator (aromatic ketone) exhibiting low migration, high curing speed and absorbing at 320nm.
CAS Number
119-61-9

A Type II photoinitiator and when used in conjunction with tertiary amine synergists, initiates the rapid photo-polymerisation of suitable resin formulations.
CAS Number
142770-42-1

A highly efficient thioxanthone photoinitiator which, when used in conjunction with tertiary amine synergists, induces the rapid photo-polymerisation of suitable resin formulations and can also be used in combination with Speedcure 73 to sensitise iodonium salts in cationic cure.
CAS Number
86-39-5

An efficient photoinitiators used in the printed circuit board industry. When used in conjunction with tertiary amine synergists Speedcure CTX induces the rapid photo-polymerisation of suitable resin formulations.
CAS Number
82799-44-8

A highly efficient photoinitiator which, when used in conjunction with tertiary amine synergists, induces the rapid photo-polymerisation of suitable resin formulations.
CAS Number
2208-05-1

An efficient amine synergist which, when used in conjunction with Type II photoinitiators, generates free radicals that initiate photo-polymerisation of suitable resin formulations.
CAS Number
84-51-5

A Type II photoinitiator absorbing in the UV spectrum at 330 nm. In the presence of a hydrogen donor, highly reactive donor radicals are formed, which are capable of initiating the polymerisation process very efficiently.
CAS Number
10287-53-3

A highly efficient amine synergist which, when used in conjunction with Type II photoinitiators, generates free radicals that initiate photo-polymerisation of suitable resin formulations.
CAS Number
21245-02-3

An efficient amine synergist which, when used in conjunction with Type II photoinitiators, generates free radicals that initiate the photo-polymerisation of suitable resin formulations.
CAS Number
90-93-7

An efficient UV photoinitiator or hydrogen donor absorbing at 377 nm. It is used primarily in the electronics sector.
CAS Number
5495-84-1 (2-isomer)
83846-86-0 (4-isomer)

A highly efficient photoinitiator which, when used in conjunction with tertiary amine synergists, induces the rapid photo-polymerisation of suitable resin formulations.
CAS Number
603-48-5

A photo-sensitizer for electronic applications and a colouring agent for imaging.
CAS Number
606-28-0

A virtually odourless photoinitiator which, when used with tertiary amine synergists, initiates the rapid polymerisation of suitable resin formulations.
CAS Number
15206-55-0

A highly efficient aromatic photoinitiator that is ideal for overprint varnish and wood coating applications where excellent surface cure response and non-yellowing are the desired properties.
CAS Number
134-84-9

A cost effective photoinitiator suitable for use when benzophenone free formulations are required.
CAS Number
606-28-0

A photoinitiator, which is normally used together with a tertiary amine synergist in the formulation of UV curable coatings.
CAS Number
65894-76-0

A highly reactive Type I photoinitiator absorbing at 259 nm. The excited triplet state undergoes fast fragmentation of the N-O bond to form an oxime radical, which is the prime initiator of the polymerisation.
CAS Number
75980-60-8

An extremely efficient Type I homolytic photoinitiator, which absorbs UV light at longer wavelengths, thus making it particularly suitable for curing pigmented formulations. Speedcure TPO undergoes a ‘photo-bleaching’ reaction that allows the effective curing of thick films.
CAS Number
84434-11-7

A liquid Type I photoinitiator absorbing at 380 nm. Photo-fragmentation produces benzoyl and phosphinyl radicals that can initiate the polymerisation of formulations containing acrylates, unsaturated polyesters and styrene.