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Reactive Dyes Manufacturer


REACTIVE COLD DYES

Reactive dyes are a class of highly coloured organic substances, primarily used for tinting textiles, that attach themselves to their substrates by a chemical reaction that forms a covalent bond between the molecule of dye and that of the fibre. The dyestuff thus becomes a part of the fibre and is much less likely to be removed by washing than are dyestuffs that adhere by adsorption.


The first fibre reactive dyes were designed for cellulose fibres, and they are still used mostly in this way. There are also commercially available fibre reactive dyes for protein and polyamide fibres. In theory, fibre reactive dyes have been developed for other fibres, but these are not yet practical commercially. The dyes contain a reactive group that, when applied to a fibre in a weakly alkaline dyebath, form a chemical bond with the fibre. Reactive dyes can also be used to dye wool and nylon, in the latter case they are applied under weakly acidic conditions.


The most important characteristic of reactive dyes is the formation of covalent bonds with the substrate to be coloured, i.e. the dye forms a chemical bond with cellulose, which is the main component of cotton fibers.


Fiber reactive dyes are the most permanent of all dye types. Unlike other dyes, it actually forms a covalent bond with the cellulose or protein molecule. Once the bond is formed, what you have is one molecule, as the dye molecule has become an actual part of the cellulose fiber molecule. No wonder you can safely wash a garment that has been dyed in bright fiber reactive colours with white clothing, a hundred times, without endangering the whites in the least - even if it is all different bright colours, or even solid black! In contrast to all other dyes the reactive dyes bind chemically to the textile fibres, significantly improving the product's colour stability and washability. Thus reactive dying of cotton is currently the most widespread textile dying process in the world.

Reactive Cold Dyes - Fastness Properties

Dye NameCodeColor
Reactive Red M5BReactive Red - 2
Reactive Red M8BReactive Red - 11
Reactive Magenta MBReactive Violet - 13
Reactive Orange M2RReactive Orange - 4
Reactive Orange M2RJ
Reactive Gol. Yellow MRReactive Yellow - 44
Reactive Yellow MR EX H/CReactive Yellow - 44
Reactive Yellow M3RReactive Yellow - 36
Reactive Yellow M4RReactive Orange - 14
Reactive Yellow M8GReactive Yellow - 86
Reactive Yellow M4GReactive Yellow - 22
Reactive Yellow MGRReactive Yellow - 7
Reactive Violet C4RReactive Violet - 12
Reactive Violet C2RReactive Violet - 14
Reactive Blue MRReactive Blue - 4
Reactive Blue M2RReactive Blue - 81
Reactive Blue M2R H/CReactive Blue - 81
Reactive Navy Blue M3RReactive Blue - 9
Reactive Blue M4GD H/CReactive Blue - 168
Reactive Tur. Blue MGNReactive Blue - 140
Reactive Tur. Blue Ha5GReactive Blue - 71

REACTIVE HE DYES

The reactive dyes provided by us impart excellent chemical properties and are manufactured by incorporating many technologies. These are available in undermentioned shades, chemical compositions and specifications.

Reactive 'HE' Dyes - Fastness Properties

Dye NameCodeColor
Reactive Yellow HE6GReactive Yellow - 135
Reactive Yellow HE4RReactive Yellow - 81
Reactive Yellow HE4RReactive Yellow - 84
Reactive G. Yellow HE4RReactive Yellow - 81-A
Reactive Orange HERReactive Orange - 84
Reactive Orange HE2RReactive Orange - 84-A
Reactive Red HE3BReactive Red - 120
Reactive Red HE5B
Reactive Red HE7BReactive Red - 141
Reactive Red HE8BReactive Red - 152
Reactive Green HE 4BReactive Green - 19
Reactive Green HE 4BDReactive Green - 19A
Reactive Black HEBL
Reactive Navy Blue HERReactive Blue - 171
Reactive Navy Blue HE2RReactive Blue - 172
Reactive Blue HERDReactive Blue - 160
Reactive Navy Blue HEGNReactive Blue - 198

REACTIVE HOT DYES

The reactive dyes provided by us impart excellent chemical properties and are manufactured by incorporating many technologies. These are available in undermentioned shades, chemical compositions and specifications.

Reactive Hot Dyes - Fastness Properties

Dye NameCodeColor
Reactive Yellow H7GLReactive Yellow - 57
Reactive Yellow H4GReactive Yellow - 18
Reactive Gol. Yellow HRReactive Yellow - 12
Reactive Orange H2RReactive Orange - 13
Reactive Red H8BReactive Red - 31
Reactive Red 6BXReactive Red - 76
Reactive Red Brown H4RReactive Brown - 9
Reactive Magenta HBReactive Violet - 13
Reactive Purple H3RReactive Violate - 1
Reactive Black HNReactive Black - 8
Reactive Blue H5RReactive Blue - 13
Reactive Blue H2R
Reactive Blue H3RPReactive Blue - 49
Reactive Tur. Blue H5GReactive Blue - 25
Reactive Navy Blue RXReactive Blue - 59

REACTIVE ME DYES

Reactive Me Dyes - Fastness Properties

Dye NameCodeColor
Reactive Red ME4BLReactive Red - 195
Reactive Red ME6BLReactive Red - 196/250
Reactive Red ME3BLReactive Red - 180
Reactive Orange ME2RLReactive Orange - 122
Reactive G. Yellow MERLReactive Yellow - 145
Reactive Yellow ME3RL
Reactive Yellow ME4GLReactive Yellow-160/186
Reactive Green ME4GL
Reactive Blue ME2RLReactive Blue - 158
Reactive Navy Blue ME2GLReactive Blue 194
Reactive Jet Black HFGR
Reactive Black HFGR
Reactive Copper Blue BFReactive Blue - 221
Reactive Blue BFReactive Blue - 222

REACTIVE VINYL SULPHONE BASE DYE

Reactive Vinyl Sulphone Base Dye - Fastness Properties

Dye NameCode
Reactive Red 4BReactive Red - 24
Reactive Red 5BReactive Red - 35
Reactive Red C2GReactive Red - 106
Reactive Red RBReactive Red - 198
Reactive Orange 3RReactive Orange - 16
Reactive Orange 2RReactive Orange - 7
Reactive G. Yellow RReactive Yellow - 20
Reactive Yellow FGReactive Yellow 42
Reactive Yellow GRReactive Yellow -15
Reactive Yellow RTNReactive Yellow - 24
Reactive G. Yellow RNLReactive G. Yellow - 107
Reactive Yellow RReactive Yellow - 77
Reactive Yellow GLReactive Yellow - 37
Reactive Black BReactive Black -5
Reactive Black RLReactive Black - 31
Reactive Violet 5RReactive Violet - 5
Reactive Tur. Blue G.Reactive Blue-21
Reactive Tur. Blue H2GP
Reactive Blue 3RReactive Blue - 28
Reactive Blue RReactive Blue - 19
Reactive Blue RGBReactive Blue - 250
Reactive Blue BBReactive Blue - 220
Reactive Dark Blue HRReactive Blue - 89
Reactive Navy Blue GGReactive Blue - 203
Reactive Black WNNReactive Black -5

REACTIVE PRINTING DYES

Reactive Vinyl Sulphone Base Dye

Dye NameCode
REACTIVE YELLOW P4GREACTIVE YELLOW 18
REACTIVE G. YELLOW PRREACTIVE ORANGE 12
REACTIVE ORANGE P2RREACTIVE ORANGE 13
REACTIVE RED P8BREACTIVE RED 13
REACTIVE RED P6BREACTIVE RED 76
REACTIVE RED P4RREACTIVE BROWN 9
REACTIVE MEGENTA PBREACTIVE VIOLATE 26
REACTIVE PURPLE P3RREACTIVE VIOLET 1
REACTIVE BLACK PNREACTIVE BLACK 8
REACTIVE BLUE P5R P6BREACTIVE BLUE 13
REACTIVE T.BLUE P5GREACTIVE BLUE 25
REACTIVE NAVY BLUE PXREACTIVE BLUE 59
REACTIVE BLUE P3RREACTIVE BLUE 49
REACTIVE YELLOW P6TREACTIVE YELLOW 95
REACTIVE RED P2BREACTIVE RED 24
REACTIVE RED P3BREACTIVE RED 45
REACTIVE RED P4BREACTIVE RED 45
REACTIVE RED P6BREACTIVE RED 218
REACTIVE T.BLUE PGRREACTIVE BLUE 72

Direct Dyes


DIRECT DYES

Direct dyes are another class of dyes, one of the two types of dyes that are mixed in 'all purpose' dyes such as Rit. (The other type in the mixture is an acid dye, which will not stay in any cellulose fiber for long.) The colours of direct dyes are duller than those provided by fiber reactive dyes, and the washfastness is poor - expect anything dyed with them to 'bleed' forever. The one advantage is that direct dyes may be more lightfast, that is, resistant to fading in the light, than fiber reactive dyes. The "direct dye" classification in the Colour Index system refers to various planar, highly conjugated molecular structures that also contain one or more anionic sulfonate group. It is because of these sulfonate groups that the molecules are soluble in water. Though most direct dyes still can be obtained in powder form, it is increasingly popular to receive them as liquid concentrates. The advantage of concentrates is that they are easy to handle and meter. The disadvantage is that the surfactants and co-solvents needed to keep the dye concentrates stable may interfere with retention and sizing in the case of very deeply coloured grades.


Direct dyes are used on cellulose fibers such as cotton, rayon, and linen. They lack the permanence of the cold water fiber reactive dyes which most serious dyers prefer for use on cellulose fibers, but in some cases they have advantages that make their use worthwhile. For example, while many of the direct dyes are not very lightfast, there are some dyes in the class that may be more lightfast than similar shades of fiber reactive dyes. All direct dyes perform rather poorly with respect to washfastness. Without an appropriate after-treatment, direct dyes bleed a little with every washing, losing their brightness and endangering other clothes washed in the same load. However, there are special after-treatments which may be used to solve this problem. (Vinegar is not among them! In spite of claims you may see to the contrary, you cannot use vinegar to set any dye on cotton or other cellulose materials.) A product called Retayne, which is an ionic bulking agent which essentially "glues" the dye into the fiber, works very well to make fabric dyed with direct dyes washable without bleeding of the dye.


The name 'direct dye' alludes to the fact that these dyes do not require any form of 'fixing'. They are almost always azo dyes, with some similarities to acid dyes. They also have sulphonate functionality, but in this case, it is only to improve solubility, as the negative charges on dye and fibre will repel each other. Their flat shape and their length enable them to lie along-side cellulose fibres and maximize the Van-der-Waals, dipole and hydrogen bonds. Below is a diagram of a typical direct dye. Note that the sulphonate groups are spread evenly along the molecule on the opposite side to the hydrogen bonding -OH groups, to minimize any repulsive effects.

SUNFAST & NON BENZIDINE DIRECT DYES

Dye NameCodeColor
Direct Dyes Yellow 3GXDirect Dyes Yellow - 6
Direct Dyes Paper Yellow TDirect Dyes Yellow - 11
Direct Dyes CrysophinineDirect Dyes Yellow - 12
Direct Dyes Yellow 5GLL H/CDirect Dyes Yellow - 44
Direct Dyes Yellow 5GLLDirect Dyes Yellow - 44
Direct Dyes Yellow RSLWDirect Dyes Yellow - 50
Direct Dyes Yellow RLDirect Dyes Yellow - 86
Direct Dyes Sunfast Yellow RCHDirect Dyes Yellow - 99
Direct Dyes Orange SE 200%Direct Dyes Orange - 26
Direct Dyes Orange TGLLDirect Dyes Orange - 39
Direct Dyes Orange TGLL 200%Direct Dyes Orange - 39
Direct Dyes Viscose Orange BRODirect Dyes Orange - 108
Direct Dyes Scarlet 4BSDirect Dyes Red - 23
Direct Dyes Red 12BDirect Dyes Red - 31
Direct Dyes Light Red BLNDirect Dyes Red - 80
Direct Dyes Red 5BDirect Dyes Red - 81
Direct Dyes Red 5B 200%Direct Dyes Red - 81
Direct Dyes Violet MBDirect Dyes Violet - 9
Direct Dyes Brill Violet HELIO BDirect Dyes Violet - 51
Direct Dyes Sky Blue FBCDirect Dyes Blue - 1
Direct Dyes Sky Blue FFHDirect Dyes Blue - 15
Direct Dyes Blue JJRDirect Dyes Blue - 67
Direct Dyes Blue GLLDirect Dyes Blue - 71
Direct Dyes Blue GLL 200%Direct Dyes Blue - 71
Direct Dyes Fast Blue RLLDirect Dyes Blue - 80
Direct Dyes Tur. Blue SBLDirect Dyes Blue - 86
Direct Dyes Fast Tur. Blue FBLDirect Dyes Blue - 199
Direct Dyes Green JJRDirect Dyes Green - 26
Direct Dyes Green NBDirect Dyes Green - 96
Direct Dyes Black GRDirect Dyes Black - 22
Direct Dyes Diazo Black OBDirect Dyes Black - 80
Direct Dyes Diazo Black BFDirect Dyes Black - 155
Direct Dyes Gray 2RL
Direct Dyes Brown 2GL

NON BENZIDINE DIRECT DYES

Dye NameCodeColor
Direct Dyes Black EDirect Dyes Black - 38
Direct Dyes Brown MRDirect Dyes Brown - 2
Direct Dyes Congo RedDirect Dyes Red - 28
Direct Dyes Blue 2BDirect Dyes Blue - 6
Direct Dyes Green PLSDirect Dyes Green - 1
Direct Dyes Green BDirect Dyes Green - 6
Direct Dyes Boxdex BWDirect Dyes Red - 13
Direct Dyes Black BTDirect Dyes Black - 2
Direct Dyes Orange GRDirect Dyes Orange - 1
Direct Dyes Brown BRLL

Acid Dyes Manufacturer


ACID DYES

Acid dyes are water soluble anionic dyes that are applied to fibres such as silk, wool, nylon and modified acrylic fibres from neutral to acid dye baths. Attachment to the fibre is attributed, at least partly, to salt formation between anionic groups in the dyes and cationic groups in the fibre. Water soluable Acid dyes are not substantive to cellulosic fibres. Acid dyes are used both commercially and by the studio dyer to dye protein/animal fibers such as wool, silk, mohair, angora, alpaca and some nylons and synthetics. Acid dyes require the use of an acid such as vinegar, acetic or sulphuric acid to set the colour.


Acid dyes sound scary to some novices, who imagine that the dyes themselves are caustic strong acids. In fact, the dyes are non-caustic, are in many cases non-toxic, and are named for the mild acid (such as vinegar) used in the dyeing process, and for the types of bonds they form to the fiber. Some of them are significantly more toxic than fiber reactive dyes, while others are even safe enough to eat, and are sold as food coloring.


ACID DYES FALL INTO SEVERAL CLASSES

1. Leveling acid or strong acid dye,

2. Milling or weak acid dyes, and

3. Super milling or fast acid or neutral acid dyes.


They are also the acid dye component of all-purpose or union dyes such as Rit and Tintex, says Knutson. It's difficult now to find out which specific acid dyes fall into which of these dye classes, however. At least part of the reason is that the information is not particularly useful to the dyer.


Most histologic dyes are classified either as acid or as basic dyes. An acid dye exists as an anion (negatively charged) in solution, while a basic dye exists as a cation (positive charge). For instance, in the hematoxylin-eosin stain (H&E), the hematoxylin-metal complex acts as a basic dye. The eosin acts as an acid dye. A very large class of dyes containing acidic groups, such as the sodium salts of sulfonic acids or phenolic groups. They are more soluble and have less tinctorial value than basic dyes but they also have greater light fastness. They do not form lakes with tannin. Acid dyes are used in dyeing leather, paper, etc., and their particular value lies in their ability to produce brighter, more uniform colours. They are normally applied from an acid dye liquor (acetic, formic, or sulphuric acid); however, unless applied from a neutral or only slightly acid dyebath, i.e., pH of 6.0 to 7.0, their use is likely to result in acid degradation of the material dyed.


ACID YELLOW DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID QUINOLONE YELLOW 3GXACID YELLOW 3ACID YELLOW 5GNACID YELLOW 110
ACID LIGHT YELLOW 2GXACID YELLOW 1ACID YELLOW GLXACID YELLOW 114
ACID TARTARZINE ARXACID YELLOW 23ACID YELLOW NWXACID YELLOW 151
ACID YELLOW 3GLACID YELLOW 34ACID YELLOW PGRACID YELLOW 186
ACID METANIL YELLOW MSACID YELLOW 36ACID YELLOW M3RLACID YELLOW 194
ACID MILING FAST YELLOW MRACID YELLOW 42ACID YELLOW A4RACID YELLOW 199
ACID YELLOW FGXACID YELLOW 4ACID YELLOW M5RLACID YELLOW 204
ACID FLORCSCEINE URANINEACID YELLOW 73ACID YELLOW 2RXACID YELLOW 220
ACID YELLOW GRACID YELLOW 99

ACID ORANGE DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID FUR YELLOW AEXACID ORANGE 3ACID ORANGE N3RLACID ORANGE 67
ACID ORANGE 11ACID ORANGE 7ACID ORANGEACID ORANGE 7
ACID ORANGE GRXACID ORANGE 10ACID YELLOW RLACID ORANGE 80
ACID ORANGE RGNACID ORANGE 24ACID ORANGE RLACID ORANGE 86
ACID ORANGE 2RACID ORANGE 33ACID ORANGE MRLACID ORANGE 142
ACID ORANGE SGACID ORANGE 56ACID ORANGE 3GXACID ORANGE 156
ACID ORANGE 2RLACID ORANGE 60

ACID VIOLET DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID VIOLET RLXACID VIOLET 1ACID VIOLET CARMINE 4BACID VIOLET 1
ACID VIOLET 4BSACID VIOLET 17ACID VIOLET 6BACID VIOLET 49
ACID BRILLIANT RED 10ACID VIOLET 54ACID BORDEAUX MBACID VIOLET 90
ACID VIOLET RLACID VIOLET 9LETHER VIOLET RACID VIOLET 131

ACID RED DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID ROSE RED 2GACID RED 1ACID CARMOISINE APXACID RED 14
ACID SCARLET 3RACID RED 18ACID FUCHSINE SXACID RED 33
ACID RED NBACID RED 34ACID RUBINE 3GXACID RED 57
ACID FAST RED AACID RED 88ACID MILLING SCARLET GACID RED 97
ACID BRILLIANT RED BLACID RED 106ACID MILLING RED RSNBACID RED 114
ACID MAROON VACID RED 119ACID MILLING RED 3BNACID RED 131
ACID RED RSACID RED 141ACID RED F2RACID RED 151
ACID BORDEAUX RLXACID RED 182ACID RED GRACID RED 183
ACID RED BROWN NSACID RED 184ACID PINK BACID RED 186
ACID BRILLIANT RED 2BACID RED 249ACID RED GNACID RED 337
ACID RED 3GXACID RED 357ACID RED C5RACID RED 359
ACID RED BRXACID RED 362ACID RED 2BXACID RED 410
ACID RED BRXACID RED 426ACID BRILLIANT RED 4GACID RED 441

ACID BLUE DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID PETANT BLUE VSACID BLUE 1ACID PETANT BLU ASACID BLUE 7
ACID BRILLIANT BLUE FCFACID BLUE 9ACID BRILLIANT BLUE FFACID BLUE 15
ACID BLUE ANXACID BLUE 25ACID BLUE A2GXACID BLUE 40
ACID NAVY BLUE RACID BLUE 92ACID FAST BLUE S5RACID BLUE 113
ACID BLUE 2GACID BLUE 158ACID TURQ BLUE 3GXACID BLUE 185
ACID BLUE MTRACID BLUE 193ACID BLUE BRLLACID BLUE 324
ACID BLUE NBLACID BLUE 80

ACID RED DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID ROSE RED 2GACID RED 1ACID CARMOISINE APXACID RED 14
ACID SCARLET 3RACID RED 18ACID FUCHSINE SXACID RED 33
ACID RED NBACID RED 34ACID RUBINE 3GXACID RED 57
ACID FAST RED AACID RED 88ACID MILLING SCARLET GACID RED 97
ACID BRILLIANT RED BLACID RED 106ACID MILLING RED RSNBACID RED 114
ACID MAROON VACID RED 119ACID MILLING RED 3BNACID RED 131
ACID RED RSACID RED 141ACID RED F2RACID RED 151
ACID BORDEAUX RLXACID RED 182ACID RED GRACID RED 183
ACID RED BROWN NSACID RED 184ACID PINK BACID RED 186
ACID BRILLIANT RED 2BACID RED 249ACID RED GNACID RED 337
ACID RED 3GXACID RED 357ACID RED C5RACID RED 359
ACID RED BRXACID RED 362ACID RED 2BXACID RED 410
ACID RED BRXACID RED 426ACID BRILLIANT RED 4GACID RED 441

ACID GREEN DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID VAPORID GREEN PXACID GREEN 1ACID LEATHER GREEN NXACID GREEN 68
ACID MILLING GREEN 6BACID GREENACID GREEN UGACID GREEN 73
ACID GREEN BLNACID GREEN 12ACID OLIVE GREEN BGLACID GREEN 104
ACID DARK GREEN BACID GREEN 20ACID GREEN BSACID GREEN 111
ACID CYANINE GREEN GACID GREEN 25ACID LEATHER GREEN WEGACID GREEN 114

ACID BLACK DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID BLACK 10BXACID BLACK 1ACID GREY APXACID BLACK 84
ACID FAST BLACK 2BXACID BLACK 24ACID BLACK BGLXACID BLACK 107
ACID MILLING BLACK NBACID BLACK 26ACID BLACK LDNACID BLACK 172
ACID BLACK WAACID BLACK 52ACID BLACK MSRLACID BLACK 194
ACID GREY GLAACID BLACK 58ACID BLACK MTACID BLACK 210
ACID GREY RLACID BLACK 63ACID LEATHER BLACK CBACID BLACK 234
ACID GREY AWWACID BLACK 71ACID BLACK SBXACID BLACK 235
ACID GREY CGACID BLACK 82

ACID BROWN DYES

PRODUCT NAMEC.I. GENERIC NAMEPRODUCT NAMEC.I. GENERIC NAME
ACID BROWN RXACID BROWN 4ACID BROWN GRXACID BROWN 282
ACID BROWN 2ACID BROWNACID BROWN TPACID BROWN 28
ACID BROWN RDACID BROWN 14ACID BROWN SCACID BROWN 32
ACID BROWN 2RACID BROWN 15ACID DARK BROWN JBXACID BROWN 342
ACID BROWN 2RLACID BROWN 45ACID BROWN SRXACID BROWN 348
ACID DARK BROWN 5RACID BROWN 48ACID BROWN GSXACID BROWN 349
ACID BROWN DSACID BROWN 58ACID BROWN S3RXACID BROWN 354
ACID BROWN CRACID BROWN 75ACID BROWN MBLXACID BROWN 355
ACID BROWN 4BXACID BROWN 78ACID BROWN P3ACID BROWN 36
ACID BROWN M2RLACID BROWN 365ACID BROWN CTXACID BROWN 85
ACID OLIVE BROWNACID BROWN 36ACID BROWN MFXACID BROWN 97
ACID BROWN SGLACID BROWN 402ACID BROWN 5GXACID BROWN 98
ACID BROWN SRLACID BROWN 41ACID BROWN LN2RACID BROWN 41
ACID BROWN PHACID BROWN 418ACID BROWN RLACID BROWN 420
ACID CAMEL BROWN APXACID BROWN 422ACID HAVANA BROWN 2RLXACID BROWN 425
ACID BROWN WGACID BROWN 432ACID BROWN PRGACID BROWN 434
ACID DARK BROWNACID BROWN 44ACID BROWN RGXACID BROWN 214
ACID BROWN 5GXACID BROWN 452ACID BROWN XNACID BROWN 23
ACID BEIGE APACID BEIGEACID BROWN GNACID BROWN 264
ACID BEIGE APACID BEIGE O

Dyes Intermediate


DYES INTERMEDIATE

Product Table

Product NameCAS No
1-Phenyl-3-Methyl-5-Pyrazolone89-25-8
Para Tolyl -3-Methyl-5-Pyrazolone86-92-0
1-(2-Chloro Phenyl)-3-Methyl-5-Pyrazolone14580-22-4
1(3-Chloro Phenyl)-3-Methyl-5-Pyrazolone90-31-3
1-Phenyl-3-Carexthoxy-5-Pyrazolone89-33-8
3-Methyl-5-Pyrazolone108-26-9
1-(3-Sulphophenyl)-3-Methyl-5-Pyrazolone119-17-5
1-(4-Sulphophenyl)-3-Methyl-5-Pyrazolone89-36-1
1-(4-Sulphophenyl)-3-Carboxy-5-Pyrazolone118-47-8
1-(2-Chloro-4-Sulphophenyl)-3-Methyl-5-Pyrazolone
1-(2-Methyl-5-Sulphophenyl)-3-Methyl-5-Pyrazolone5466-86-4
1-(2-Methyl-4-Sulphophenyl)-3-Methyl-5-Pyrazolone118-07-0
1-(4-Sulphamido phenyl)-3-Methyl-5-Pyrazolone13269-73-3
1-(3-Sulphamodi phenyl)-3-Methyl-5-Pyrazolone89-29-2
1-(2:5 Disulphophenyl)-3-Methyl-5-Pyrazolone54817-63-9
1-(2-Chloro-5-Sulphophenyl)-3-Methyl-5-Pyrazolone88-76-6
3-Methyl-1-(3-Sulphophenyl)-5-Pyrazolimine68083-38-5
3-Methyl-1-Phenyl-5-Pyrazolimine1131-18-6
2-Chloro-5-Sulphophenyl-3-Methyl-5-Pyrazolimine68227-68-9
3 Methyl-1(4-Chloro Phenyl)-5-Pyrazolimine13024-90-3

Applications of Dyes Intermediates

  • Raw material for Pigment manufacturing
  • Raw material for Solvent Dye manufacturing
  • Pharma intermediates
  • Agro intermediates
  • Raw material for making Hair dyes

Advantages of Dyes Intermediates

  • Largest Pyrazolone manufacturer in India
  • More than 200 ton monthly capacity
  • Capable of manufacturing 20 pyrazolone derivatives
  • Only manufacturer offering HPLC purity of above 99.5%
  • Pure products that can be used for pharmaceutical and agrochemicals manufacturing

Solvent Dyes


SOLVENT DYES

Product Table

SR. NO.PRODUCT NAMEC.I.NO.
1Black RLISolvent Black 29
2Black RESolvent Black 27
3Black REHSolvent Black 27
4Black REVSolvent Black 27
5Black RLSNSolvent Black 45
6Brown 2RLSolvent Brown 43
7Brown GLSMixture
8Fire Red GLSSolvent Red 89
9Red 3BLSESolvent Red 91
10Red 2BLSESolvent Red 122
11Red 2BLSE-YRSolvent Red 122
12Red GSolvent Red 125
13Red 2BLSolvent Red 132
14Fire Red BLSolvent Red 160
15Yellow RSolvent Yellow 82
16Yellow 2RLSSolvent Yellow 62
17Orange GSolvent Orange 11
18Orange RPSolvent Orange 54
19Orange RLSolvent Orange 62
20Orange RSolvent Orange 99
21Blue 2GLNSolvent Blue 48
22Blue GLSolvent Blue 70
23Dark Violet R-

Applications of Dyes Intermediates

  • Printing Inks (Flexographic, Gravure and offset Inks)
  • Inkjet Inks (Certain Products)
  • Stationary Inks
  • Wood Stains
  • Paints – Industrial Paints, automotive and other solvent based paints
  • Printing on Aluminium Foils
  • Metallized Polyester Films
  • Leather Topcoats

Advantages of Dyes Intermediates

  • In-house manufacturing of input raw materials gives us precise control over Quality and Delivery
  • Extensive range of products, which give brilliant colorations in inks and foils
  • Excellent solubility in solvents like – Ethanol, MEK, Butyl Cellosolve, Ethoxy / Methoxy – Propanol and other aromatic solvents
  • Low metal contents as per EN71 and no presence of banned amines as per 21CFR
  • No precipitation even after long storage
  • High Heat Stability
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