Apafix S

Apafix S Dyeing Depth % (O.W.F.) Solubility (GPL) Xenon Light ISO 105 B02 72/168 h Wash 600 5x ISO 105 C06 C1S Perspiration ISO 105 E04 Ch/ CO Chlorinated water ISO 105 E03 20 mg/l M & S C10A Nitric Oxides AATCC 164 3 cycles
1/12/1/1/SD Ch/CO Acid Alkaline Ch Ch Ch
Yellow S3RX 2.0 200 3-4/4-5 4-5/4-5 5/5 4-5/5 2-3 5 5
Deep Orange 3RX 2.0 150 3/3-4 4-5/4-5 5/5 5/5 4 4-5 5
Red N-2G 2.0 150 2/3-4 5/5 4-5/5 4-5/5 2-3 4-5 3
Deep Red SBX 2.0 150 3/4 4-5/4-5 5/4 4-5/5 2-3 2 5
Deep Cherry SDX 2.0 150 3-4/4-5 4-5/4-5 4-5/5 5/5 4-5 5 4-5
Ruby S3BX 2.0 180 3-4/5 4-5/5 4-5/5 4-5/5 4-5 5 4-5
Navy SGX 2.0 150 4-5NL 5/5 5/5 5/5 4-5 5 4
Deep Night SRX 6.0 200 4-5NL 4-5/4-5 5/5 5/5 2-3 3 4-5
Black NX 6.0 200 5 BI 5/4-5 5/5 5/5 4-5 4Bn 5
Super Black SGX 6.0 200 5 BI 5/4-5 5/5 5/5 4-5 4-5Bn 5
Super Black SRX 6.0 200 5 BI 4-5/5 5/4-5 5/4-5 4-5 4R 4-5

Washing Method for Apafix

Rinse for 10 min. at 500C One rinse is sufficient if liquor ratio is below 10:1, overflow or intermittent rinse.
Neutralize for 10 min. at 500C Acetic acid (pH=5.5 to 6). Soap for 10 min. at 950C The addition of a soaping agent advisable.
Soap for 10 min. at 950C A second soaping operation is recommended for very deep shades.
Rinse for 10 min. at 700C Rinse for 10 min. cold.
Finish as Usual  

Apafix reactive dye series with an innovative chemistry, have been specially designed considering the increasing market requirements for TOTAL COST EFFECTIVENESS in dyeing. These innovative dyes are focused on cost reduction better dye yield and good over all fastness properties.

Saves
  • . Dyes Consumption . Water consumption . Salt Consumption . Energy consumption
  • . Effluent load reduction like TDS level, BOD & COD level etc . Production cost
Problem & challenges presently faced in Dark shade dyeing
  • High Percentages of conventional dyestuffs required
  • High amounts of water and energy required for washing off processes
  • Reduction in overall fastness properties, especially wet fastness
  • Cost of production is higher
Apafix dye range offers solutions to the above problems due to the following features
  • Very high build-up properties
  • Good washing-off properties
  • Good overall fastness properties
  • Most economical receipe cost
Special Features Benefits
Highest Build up Deepest shades are possible with lowest amount of dyes & hence dyes Consumption will be reduces considerably offering cost effectiveness
High degree of Fixation Shorter washing off cycles, saves energy, water and time.
Excellent washing off Drastically reduces water consumption, saves times & energy, reduced affluent load and overall increased productivity with lowest processing cost
Excellent compatibility Excellent lab to bulk to bulk Shade reproducibility very good level dyeing
Most Economical receipes Cheapest dye receipe cost & cheapest over all production cost

Exhaust Dyeing method for 100% cellulose unmercerize 600C Mixed Alkali Method using Soda ash & Caustic soda

Alkali and Salt Requirement
Dye % <0.5 0.5 1 2 3 4 >5
Salt g/l 20 30 40 50 60 70 80
Soda Ash Liquor Ratio Below 6:1
Liquor Ratio Below 8:1		 g/l 14 16 18 20 20 20 20
10 12 14 16 18 20 20
Mixed Alkali and Salt Requirement
Dye % <0.5 0.5 1 2 3 4 >5
Salt g/l 20 30 40 50 60 70 80
Soda Ash Liquor Ratio Below 6:1
Liquor Ratio Below 8:1		 g/l 10 10 5 5 5 5 5
10 5 5 5 5 5 5
NaOH 36 Be0/660Tw Liquor Ratio Below 6:1
Liquor Ratio Below 8:1		 m/l 0.5 1 2 2.5 3 3.5 4
- 0.75 1.25 1.5 2 2.5 3
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