Dyeing methods for wool blends Contemporary wool dyeing and finishing
|
|
|
- Darren Moody
- 6 years ago
- Views:
Transcription
1 Dyeing methods for wool blends Contemporary wool dyeing and finishing Mr Arthur Fisher CSIRO
2 Summary 1. Introduction 2. Dyeing wool/polyester blends 3. Dyeing wool/polyamide blends 4. Dyeing wool acrylic blends 5. Dyeing wool silk blends 6. Dyeing wool cotton blends
3 1. Introduction
4 Dyeing fibre blends There are three significant reasons for using blends of fibres: Economy - The partial replacement of expensive fibres, e.g. wool with cheaper fibres, can make the market for a fabric wider, and increase production volumes. Physical properties - The ability to gain some of the advantages of each fibre can be of significant advantage e.g. polyester can contribute strength and wool moisture absorbency to a polyester/wool blend. Aesthetics - The attractiveness of the appearance and the handle of the fabric can be improved by the use of blends to give multicoloured fabrics, and combinations of yarns with different characteristics of lustre, crimp or denier.
5 2. Dyeing wool/polyester blends
6 Dyeing wool/polyester blends PES/wool blended fabrics are mainly used for apparel, i.e. suits. Blending wool with PES makes the fabric cheaper and increases durability and wrinkle-resistance. Main outlets are worsted fabrics. The most common blend ratio for PES/WO is 55:45 but a large variety of other blend ratios can also be found in the market. PES/WO blends are dyed in piece form (solid shades) or as yarn on packages (for pattern wovens).
7 Dyeing wool/polyester blends (cont.) There are a number of methods by which wool/polyester blends may be dyed, and many dye manufacturers offer products which may be used. The Forosyn and Forosyn SE ranges are particularly useful for dyeing blends of wool/polyester from 70% poly/30% wool to 55% poly/45% wool. These dyes are mixtures of premetallised and disperse dyes and can be applied to wool/polyester blends from a single bath.
8 Dyeing of PES/Wo with Forosyn SE dyes Forosyn SE Ideal dyestuff range: Wo/PES fibre blends 45/55-30/70 piece and yarn dyeing colourimetry. Arguments for this dyestuff range: fastness properties in line with industry requirements on-tone dyeing wool and polyester good build up applicable at C high reproducibility compact range, small inventory.
9 Dyeing of PES/Wo with Forosyn SE dyes Forosyn SE Trichromatic elements 1/1 SD Forosyn Yellow SE Forosyn Orange SE Forosyn Grey SE Further Forosyn SE-dyestuffs Forosyn Yellow 4GL Forosyn Red SE Forosyn Brilliant Red 3B Forosyn Dark Red HE Forosyn Blue SE Forosyn Navy SE Shade Base for red shades Shade Base for dark red shades Shade 106 C strong build up Forosyn Navy HEN 200 High fastness, dyeing at 110 C Forosyn Brown SE Forosyn Black SEG Forosyn Black SER Base for brown shades 106 C strong build up 106 C strong build up Forosyn Black HEB 200 High fastness, dyeing at 110 C
10 Dyeing of PES/Wo with Forosyn SE dyes Forosyn SE Arguments: Colorimetry " first shot " sample Fastness 3% Forosyn Black HEB 200 Perspiration alkaline IWS TM 174 Typ Sample CA Co PA66 PES PAN Wo On - tone dyeing PES/Wo PES skeleton Dry heat 170 C Typ Sample Wo Co Dry Wet Rubbing
11 Wo/PES Wo/PES/EL One bath dyeing with: Forosyn HE / SE dyes
12 Wo/PES: Forosyn SE dyes One bath process: Ideal dyeing process for: Wo/PES fibre blends 45/55-30/70 piece and yarn dyeing colourimetry. Arguments for this group: fastness properties in line with industry requirements on-tone dyeing of wool and polyester good buildup applicable at C high reproducibility.
13 Wo/PES: dyestuff selection for Forosyn SE dyes Ternary combination elements Forosyn Yellow SE Forosyn Orange SE Forosyn Grey SE Additional elements Forosyn Yellow 4GL Forosyn Red SE Forosyn Brilliant Red 3B Forosyn Dark Red HE (120 C) Forosyn Blue SE Forosyn Navy SE Forosyn Navy HEN 200 (120 C) Forosyn Brown SE Forosyn Black SEG Forosyn Black SER Forosyn Black HEB 200 (120 C)
14 Wo/PES: dyeing process for Forosyn SE dyes C C C C/min Dyestuff Lyocol WPN liq 1ml/l Dilatin NAN or POE see page 16 Lanasan PW Liq. 3-6 % (if dyeing at 120 C) Imacol S Liq. 1 ml/l Sodium Acetate 2 g/l Acetic Acid ph For medium shades: 1 ml/l Imerol XN Liq. only for for dark shades: 1 g/l g/l Arostit BLN Powder ml/l Imerol XN XN Liq.
15 Wo/PES: optimised quantity of carrier Forosyn SE dyes Forosyn HE dyes Shade Dilatin Dilatin NAN NAN 1:6 1:10 1:20 Dilatin Dilatin POE POE Dilatin Dilatin NAN NAN Dilatin Dilatin POE POE Dilatin Dilatin NAN NAN Dilatin Dilatin POE POE 106 C 112 C 120 C 120 C pale medium dark pale medium dark pale medium dark pale medium dark ml/l % ml/l % ml/l % ml/l % ml/l % ml/l %
16 3. Dyeing wool/polyamide blends
17 Dyeing wool/polyamide blends Wool / polyamide blends can be dyed using a number of different dyestuff classes. As wool and nylon are to a degree chemically similar, they can by and large be dyed by the same dyes.
18 Dyeing of wool fibre blends by the exhaust process Wo/CEL Wo/CEL/EL One-bath dyeing with: Direct-/ acid dyes or metal complex dyes: Indosol SF / Optisal Sandolan E, MF, Lanasan, Lanasyn Fixation treatment: Optifix F Two-bath dyeing with: Reactive -/ acid dyes or metal complex dyes: Drimarene K / CL / HF Sandolan, Lanasan, Lanasyn Page Wo/PES Wo/PES/EL One bath dyeing with Forosyn HE / SE dyes 13-17
19 Dyeing of polyamide fibre blends by the exhaust process PA/Wo One-bath dyeing with acid dyes: Sandolan / Nylosan Reserving agent: Thiotan SRP liquid One-bath dyeing with metal complex dyes: Lanasyn / Lanasan Reserving agent: Nylofixan PM liquid
20 PA/Wo: chemicals and their applications for acid dyes Chemicals / ph / Temp. Sandolan E Nylosan E Dyestuff group Sandolan MF Nylosan N Sandolan Milling N Nylosan F Reserving agent Thiotan SRP liquid 0-6 % Levelling agent Lyogen MF liquid % Coverage of barré polyamide ph range sodium-acetate/ acetic acid Dyeing temp.: Lyogen PN liquid or Sandogen CN liquid 1-2 % C C C
21 PA/Wo: Sandolan E dyes Ideal dye group for: piece dyeing yarn dyeing in pale to medium depths carpet yarn in pale shades. Arguments for this group: good penetration high migration good solid shade metal free elements with the highest lightfastness in the acid dyes range for both fibre components.
22 PA/Wo: dye selection Sandolan E dyes Relative dye distribution between wool and polyamide 66 Sandolan Nylosan Ternary combination elements: Sandolan Yellow E-2RL SGR Sandolan Red E-BNL SGR Sandolan Blue E-BL 200 SGR Sandolan Blue E-BGL 200 SGR PA + PA ++ PA + Yellow E-2RL SGR Yellow E-4GL 200 Blue E-BL 200 SGR Blue E-BGL 200 SGR Blue E-2GL 200 Yellow E-2RL SGR Yellow E-4G 200 Blue E-BL 200 SGR Blue E-BGL 200 SGR Yellow Brown E-RLC 200 Blue E-2GL 200 Shading dye for Wo: Sandolan Blue E-HRL 180 PA =/+ PA = Blue E-FGL 250 Red E-BNL SGR Rubinole E-3GPL 180 Blue E-GL 250 Red E-BNL SGR Red E-BL 180 PA =/- PA - + PA -- Violet E-2R 300 Fast Violet P-3RL 160 Violet E-2R 300 Violet E-3R 160 Wo PA --- Blue E-HRL 180
23 PA/Wo: Sandolan MF dyes Ideal dye group for: piece dyeing in medium to darkshades hank dyeing carpet yarn fully fashioned knitwear cheese dyeing. Arguments for this group: best wetfastness of the migrating acid-fast dyes good solid shade metal free compact range wool protective dyeing in the isoelectric region.
24 PA/Wo: dye selection Sandolan MF dyes Relative dye distribution between wool and polyamide 66 Sandolan Nylosan Ternary combination* Sandolan Golden Yellow MF-RL Sandolan Red MF-GRLN Sandolan Blue MF-GL SGR * for PA 66/Wo für PA 6 / Wo : S.G. Yellow MF-RL/ S. Yellow MF -2GLA SGR 1 : 1 PA + PA ++ PA + PA = Fast Blue P-RL 200 Red MF-2BL SGR Fast Blue P-FL 180 SGR Blue MF-BLN SGR Golden Yellow MF-RL Red MF-GRLN Blue MF-2RLA SGR Blue MF-GL SGR Fast Red P-L* 150 Blue PRL 200 Blue N-GL 150 Red N-2RBL SGR Brilliant Blue N-FL 180 SGR Blue N-BLN SGR Yellow N-3RL Shading dyes for Wo : Sandolan Scarlet N-GL 130 Shading dyes for PA : Nylosan Blue N-GL Wo PA =/- PA - PA -- PA --- Navy MF-RL 200 Yellow MF-2GLA SGR Green MF-BL Fast Yellow P-L*140 Blue MF-5GL 200 SGR Dark Red MF -BR 150 Dark Blue MF-2B 300 Scarlet N-GL 130 Green N-GL Blue N-5GL 200 SGR * low lightfastness on polyamide fibre
25 PA/Wo: Sandolan N and Milling N dyes Ideal dye group for: loose stock dyeing hank dyeing brightening elements for lanasyn / lanasyn S dyeings. Arguments for this group: metal-free brilliant shades high wetfastness.
26 PA/Wo: dye selection Sandolan N, Milling N dyes Relative dye distribution between wool and polyamide 66 Sandolan Nylosan PA PA ++ Milling Blue N-GLN 180 Blue F-GBLN no ternary combination - for straight colours + PA + PA = PA - PA -- Milling Red N-GS SGR Milling Scarlet N-GWL 130 Milling Red N-3BLA Miling Red N-4BL Milling Red N-6B 140 Brilliant Red N-BG 125 Milling Blue N-2RFL 160 Milling Green N-BL 130 Milling Yellow N-L Milling Red N-2B Milling Green N-6GLN Milling Yellow N-7GL SGR Milling Red N-FBL 150 Milling Violet N-FBL 180 SGR Red F-GS SGR Scarlet F-3GL 130 Rot F-4BL Blue F-2RFL 160 Green F-BL 130 Yellow F-L Red F-2B Brilliant Green F-6GLN Yellow N-7GL SGR Red F-5B 150 Violet F-BL 180 SGR + Wo PA --- Brilliant Red N-3B 140 * Milling Blue N-BL 150 SGR Brilliant Blue N-5GM 210* Cyanine N-GN 360 * Cyanine N-6BN 275 * Blue F-L 150 SGR * low lightfastness on polyamide fibre
27 PA/Wo: dyeing process Nylosan E/N/F and Sandolan E/MF/N dyes C with reserving agent min Selected: Sandolan and Nylosan dyes 0-6 % Thiotan SRP liquid (reserving agent) 0.5-1% Lyogen MF liquid (levelling agent) 2 g/l sodium acetate cryst. x ml/l acid acetic ph for barré dyeing polyamide addition of 1-2 % Sandogen CN liquid
28 PA/Wo One-bath dyeing with acid dyes: Sandolan, Nylosan Reserving agent: Thiotan SRP liquid Lanasyn, Lanasan Reserving agent: Nylofixan PM liquid One-bath dyeing with metal complex dyes
29 PA/Wo: chemicals and their applications for metal complex dyes Chemicals ph / Temp. Reserving agent Levelling agent * Lanasan 0-6 % Dyestuff group Lanasyn Lanasyn S Nylofixan PM liquid 0-6 % Lyocol OU liquid 0.5 g/l Lanasyn S-D 0-3 % Coverage of barré polyamide Sodium acetate Acetic Acid ph range Dyeing temp.: Lyogen PN liquid or Sandogen CN liquid 1-2 % 1 g/l x ml/l C C C *Caution: Use only compatible or recommended dyeing chemicals together with reserving agent, otherwise reserving action may be reduced.
30 PA/Wo: Lanasan dyes Optimised metal complex dyes Ideal dye group for: hank dyeing loose stock dyeing cheese dyeing. Arguments for this group: good solid shade perfect ternary combination optimised root/tip distribution wool protective dyeing in the isoelectric region high end-use and processing fastness properties.
31 PA/Wo: dye selection Lanasan dyes Relative dye distribution between wool and polyamide 66 Group Lanasan Lanasyn Ternary combination: Lanasan Yellow CFA /CFC Lanasan Red CFA/CFB Lanasan Grey CFA Shading dyes for PA 66: Lanasyn Yellow 2RL 180 PA + A B C Bordeaux CFA Red CFB Grey CFA Red CFA Brown CFA Navy CFA Yellow CFA Yellow CFC Red S-GA Yellow S-2GL Shading dyes for PA 6: Lanasyn Red 2GLN 250 D Brilliant Red CF-BA Blue CF + Wo E Brilliant Yellow CF-BA Brilliant Blue CF-BA
32 PA/Wo: Lanasyn-, Lanasyn S-, Lanasyn S-D dyes Ideal dye group for: hank dyeing loose stock dyeing. Arguments for this group: good solid shade wool protective dyeing in the isoelectric region high end-use and processing fastness properties economical in dark shades.
33 PA/Wo: dye selection Lanasyn, Lanasyn S-, Lanasyn S-D dyes Relative dye distribution between polyamide 66 and wool fibre Lanasyn Group Ternary combination: Lanasyn Yellow S-2GL Lanasyn Red S-G SGR Lanasyn Black S-GL PA + A B Dark Violet RL 300 Bordeaux RL 200 Yellow 2RL 180 Black BRL 200 SGR Yellow 2GLN 250 SGR Red 2GLN 250 SGR Grey BL 200 Grey BLRN 220 Shading dyes for PA: Lanasyn Red 2GLN 250 C Yellow S-2GL Dark Brown S-GL Dark Brown S-BL Navy S-BL Grey S-BL Black S-GL Black S-DL powder / liquid Brown S-DL + Wo D E Navy S-DNL Red S-G SGR Red S-GA Orange S-RL
34 PA/Wo: dyeing process Lanasan, Lanasyn-, Lanasyn S-, Lanasyn S-D dyes C with reserving agent min Selected: Lanasyn, Lanasyn S / S-D dyes 0-6 % Nylofixan PM liquid 1 g/l Sodium acetate cryst. x ml/l Acetic acid ph for barré dyeing polyamide addition of 1-2 % Sandogen CN liquid
35 4. Dyeing wool acrylic blends
36 Dyeing wool acrylic blends Wool/acrylic blends are widely used in knitted textiles for sportswear, leisurewear and men s and women s outerwear. These blends are mainly dyed in yarn form as packages or muffs. Hanks are also often dyed.
37 Dyeing procedures for WO/PAN blends with LANASET and MAXILON dyes
38 Dyeing procedures for WO/PAN blends with LANASET and MAXILON dyes *below the glass transition point of the PAN fiber used A 0.5 g/l CIBAFLOW CIR or ALBEGAL FFA 1 g/l MIRALAN Q % ALBEGAL SET 0-3 % Glauber's salt anhyd. 1 g/l sodium acetate x % acetic acid 80% ph 4.5 B y % LANASET dyes C z % MAXILON dyes 0-1 % TINEGAL MR NEW
39 5. Dyeing wool silk blends
40 Dyeing wool silk blends Wool/silk blends are mainly used for woven and knitted apparel to impart a luxury character. A large variety of blend ratios can be found ranging from 5 to 50% silk. Silk is chemically related to wool and can be dyed with the same dyes.
41 Dyeing procedure with WO/S blends with LANASET dyes
42 Dyeing procedure with WO/S blends with LANASET dyes Auxilliaries required A 0.5 g/1 CIBAFLOW CIR or ALBEGAL FFA 1 g/1 MIRALAN Q 1% ALBEGAL SET g/1 Glauber's salt anhyd. 1 g/1 sodium acetate cryst. x % acetic acid 80% ph B x % LANASET dyes
43 6. Dyeing wool cotton blends
44 Dyeing wool cotton blends Wool/cotton blends have been in the market place for many years but with only limited success. The lengthy and often costly dyeing procedures which were used have restricted widespread adoption. Blends of shrink resist treated wool and cotton had proved particularly difficult.
45 One-bath dyeing with: Direct- /acid- or metal complex dyes: Wo/CEL Wo/CEL/EL Indosol SF / Optisal Sandolan E, - MF, Lanasan, Lanasyn Fixation treatment: Optifix F Two-bath dyeing with: Reactive- /acid of metal complex dyes: Drimarene K / HF / CL Sandolan, Lanasan, Lanasyn
46 Wo/CEL: Sandolan, Lanasan, Lanasyn / Indosol SF and Optisal dyes One-bath process: Ideal dyeing process for: pale to dark shades yarn and piece dyeing women s outerwear leisurewear and shirts fully fashioned articles. Arguments for this group: economical: two different dibres are dyed simultaneously in one bath short dyeing time good reproducibility by using reserving agent.
47 Wo/CEL: dye selection Sandolan E-, MF- / Optisal, Indosol SF-dyes Selected dyes for dyeing with reserving agent - pale shades - with reserving agent for high reproducibility Wo - component Sandolan Yellow E-4GL 200 Yellow E-2RL SGR Red E-BNL SGR Blue E-BL 200 SGR Blue E-BGL 200 SGR CEL - component Indosol Optisal Yellow SF-GL 160 Yellow 2RL SGR Rubinole SF-RGN SGR Scarlet BL Blue SF-2G 400 SGR Royal Blue 3RL SGR Grey SF-BL 200 Blue RL Green BL - medium/dark shades - Sandolan Golden Yellow MF -RL Red MF-GRLN Red MF-2BL SGR Blue MF-GL SGR Blue MF -2RLA Green MF-BL Navy MF -RL 200 = Ternary combination elements Indosol Optisal Rubinole SF-RGN SGR Yellow 2RL SGR Blue SF-2G 400 SGR Scarlet BL Grey SF-BL 200 Red R SGR Violet SF-B 220 Red 7B Royal Blue 3RL SGR Navy SF-GLE Blue RL Navy SF-BL 240 SGR Dark Blue GL Green BL
48 Wo/CEL: dye selection Lanasan, Lanasyn / Optisal, Indosol SF-dyes Selected dyes for dyeing with reserving agent with reserving agent for high reproducibility Wo - component Lanasan Yellow CFA Yellow CFC Red CFA Red CFB Grey CFA Brown CFA Blue CF Navy CFA Lanasyn Black S-GL - medium/dark shades - CEL - component Indosol Optisal Rubinole SF-RGN SGR Yellow 2RL SGR Blue SF-2G 400 SGR Scarlet BL Grey SF-BL 200 Red R SGR Violet SF-B 220 Red 7B Royal Blue 3RL SGR Navy SF-GLE Blue RL Navy SF-BL 240 SGR Dark Blue GL Green BL Black SF-RL Black SF-BLN SGR Brightening elements: Lanasan Brilliant Yellow CF-BA Brilliant Red CF-BA Brilliant Blue CF-BA = Ternary combination elements
49 Wo/CEL: dye selection for Optisal, Indosol SF dyes Dyeing Conditions: Dyestuff x % Nylofixan P/PM 2 % Sodium Sulphate 10 g/l NaAc/HAC ph 5 Liquor Ratio: 15:1 1 h at 100 C Dyed on separate material in the same dye liquor * The Wo reserve also depends on: WO quality, max. dyeing temperature Indosol Grey SF BL 200 Indosol Yellow SF-GL 160 Indosol Rubinole SF-RGN SGR Indosol Brown SF-BR SGR Indosol Navy SF-GLE (N) Indosol Blue SF-2G400 SGR Optisal Royal Blue 3RL SGR Indosol Black SF-BLN SGR (BK) Indosol Black SF-RL (BK) Indosol Navy SF-BL 240 SGR (N) Optisal Dark Blue GL Optisal Red 7B Optisal Red RSGR Indosol Blue SF-GL 370 Optisal Orange GL Optisal Yellow 2RL SGR Optisal Blue RL Optisal Yellow GL SGR Optisal Scarlet BL Indosol Violet B 220 very good Depth of shade: 1/1 SDT N = as Navy, BK= as Black Wo Reserve * moderate
50 Wo/CEL: dyeing process Sandolan E, MF, Lanasan, Lanasyn / Optisal, Indosol SF-dyes C with reserving agent min B1 ) Sandolan-, Lanasan-, Lanasyn-dyes Indosol SFor Optisal dyes Nylofixan PM liquid 2.0 Lyocol OU liquid Sandozin AM paste Sodium acetat 2.0 Acetic acid x ph-value Glauber salt calc. 0-5 Glauber salt calc % g/l gl/l g/l ml/l g/l g/l B1 ) Glauber salt calc. Fastness Improvement Bath additions are C with: Glauber salt calc. or Common salt 0-5 g/l Optifix F liquid % ph (with Ammonia) heat up within 10 min. to 40 C* and treat for 20 min. *Fixation for Viskose at 50 C
51 Wo/CEL One-bath dyeing with: Direct- /acid or metal complex dyes: Indosol SF / Optisal Sandolan E, - MF, Lanasan, Lanasyn Fixation treatment: Optifix F Two-bath dyeing with: Reactive- /acid- or metal complex dyes: Drimarene K / HF / CL Sandolan, Lanasan, Lanasyn
52 Wo/CEL: Drimarene K / Sandolan-, Lanasyn dyes Two-bath process Ideal dyeing process for: medium to dark shades knitting yarns women s outerwear leisurewear and sportswear fully fashioned articles. Arguments for this group: high wetfastness brilliant shades.
53 Wo/CEL: dye selection Drimarene K / Sandolan-, Lanasyn dyes 1st Phase CEL- component Ternary combination 2nd phase Wo-component pale shades medium to dark shades pale shades medium to dark shades Drimarene Orange K-GL Rubinole K-5BL Blue K-2R Drimarene Orange K-GL Brilliant Red K-4BL Navy K-BNN Sandolan Yellow MF -RL Red MF -2BL Red MF -GRLN Blue MF -GL Lanasan Yellow CFA Yellow CFB Red CFA Grey CFA Drimarene K- range Brilliant shades for high wetfastness pale - dark Drimalan F- range Dye selection Sandolan N-, according to the shade milling N dyes Dye selection according to the shade
54 Wo/CEL: dye selection for Drimarene K dyes WO reserve very good WO reserve * moderate Ternary combination elements: light shades Drimarene Orange K-GL CDG Drimarene Rubinole K-5BL CDG Drimarene Blue K-2RL CDG dark shades Drimarene Orange K-GL CDG Drimarene Brilliant Red K-4BL CDG Drimarene Navy K-BNN Navy K-GRL CDG Navy K-GRL (N) Navy K-BNN (N) Yellow K-R Gran. Brill Orange K-3R CDG Navy K-BNN Navy K-2B Gran. (N) Navy K-2B Gran. Blue K-2BL Brill Orange K-R Violet K-2RL CDG Brill Red K-4BL CDG Turquosie K-2B CDG Orange K-GL CDG Rubinole K-5BL CDG Blue K-2RL CDG Red K-7B Gran. Black K-3B Gran. (BK) Yellow K-4G CDG Brill Green K-5BL CDG Black K-3B Gran. Golden Yellow K-2R CDG Scarlet K-3G CDG Brill Green K-4G CDG Dyeing Co with Reactive dyes under usual conditons followed by 2 x rinse 10 min at 50 C, than blind overdyed Depth of shade: 1/1 RT BL = as 1/1 SD Blue, N = as Navy, BK= as Black
55 Wo/CEL: dye selection for Drimarene CL / HF dyes Wo Reserve very good PA Reserve * moderate Ternary combination elements: Drimarene CL Drimarene Yellow CL-2G Drimarene Rubinole Cl-3BL Drimarene Blue CL-BR Ternary combination elements: Drimarene HF Drimarene Yellow HF-R Drimarene Red HF-G Drimarene Blue HF-RL Dyeing Co with Reactive dyes under usual conditons followed by 2 x rinse 10 min at 50 C, than blind overdyed Yellow CL-2G Blue CL-BR Rubinole CL-3BL Yellow CL-G Yellow CL-3G Yellow HF-R Blue HF-RL Turquoise CL-B Red HF-G Orange HF-2GL Yellow CL-2R Orange CL-3R Navy CL-R (N) Red CL-5B Navy CL-G (N) Brown HF-2RL Red HF-2B Navy HF-B Depth of shade: 1/1 SD N = as Navy
56 Wo/CEL: dyeing process for Drimarene K-/ Sandolan-, Lanasyn dyes Two-bath process 1st phase C 100 Dyeing cellulosic fibre Soaping dyeing process for green and turquoise shades min Sodium Bicarbonate 2-5 g/l Sodium sulphate g/l Sandozin AM paste g/l Drimarene K - dyestuff x % Sandopur RSK liquid 2 ml/l ph 9 2nd phase C Dyeing Wool A Sodium acetate 2 g/l Lyogen MF liquid or 1 % Lyogen FN liquid 1 % Sandolan- or Lanasyn- dyestuff x % min B Acetic acid ph A B
Textile Industry Dyeing process
Anticrease L Antifelt Antifoam 22 Antimig Antiredox AR Blocker PAN Blocker WN Buffer 700 Anticrease agent, softening and slippering. Suitable for processs on every type of fibre and yarns. Recommended
Textile Colors Acetate Acrylic Cotton Modacrylic Nylon Nylon/Lycra Blends Cationic-Dyeable Polyester Polyester Rayon Wool
Standard Colors, Inc. www.standardcolors.com 800-859-1240 Toll-Free 336-841-5468 Phone 336-431-8020 Fax Mailing Address: P.O. Box 2808 High Point, NC 27261-2808 Shipping Address: 520 Townsend Avenue High
CHEMIE IMPEX Producers of Speciality Chemicals
CHEMIE IMPEX Producers of Speciality Chemicals Hugo-Herrmann-Str.22 Tel: (0049) (0) 7121 47374 D-72766 Reutlingen Fax: (0049) (0) 7121 490 999 Germany Email: chemieimpex@aol.com Murphy & Son Ltd is the
Textile Colors Acetate Acrylic Cotton Modacrylic Nylon Nylon/Lycra Blends Cationic-Dyeable Polyester Polyester Rayon Wool
Standard Colors, Inc. www.standardcolors.com 800-859-1240 Toll-Free 336-841-5468 Phone 336-431-8020 Fax Mailing Address: P.O. Box 2808 Point, NC 27261-2808 Shipping Address: 520 Townsend Avenue Point,
BEMACID BEMAPLEX. Acid and metal complex dyes for wool and polyamide UNIQUE IDEAS. UNIQUE SOLUTIONS.
BEMACID BEMAPLEX Acid and metal complex dyes for wool and polyamide UNIQUE IDEAS. UNIQUE SOLUTIONS. BEMACID BEMAPLEX > CLASSIFICATION OF THE ASSORTMENTS > DYEING PROPERTIES OF BEMACID DYES > DYEING PROPERTIES
Uniperol EL. Technical Information. Nonionic dispersing agent, emulsifier and leveling agent for use in textile dyeing and printing processes.
Technical Information Uniperol EL September 1999 Nonionic dispersing agent, emulsifier and leveling agent for use in textile dyeing and printing processes. Colorants and Finishing Products Nature Ethoxylation
Subject : Dyeing And Printing. Unit 5: Dyeing process for natural fibers. Quadrant 1 E-Text
Subject : Dyeing And Printing Unit 5: Dyeing process for natural fibers Quadrant 1 E-Text Learning Objectives The learning objectives of this unit are: Describe the dyeing process for cellulosic fibers
BEMACRON. Disperse dyes for polyester
BEMACRON Disperse dyes for polyester Unique ideas. Unique solutions. Polyester > All-round application > All-round challenges > All-round solutions Polyester is one of the most widely used textile fibre
Top-class dye range. BEZEMA AG Kriessernstrasse 20 CH-9462 Montlingen Tel Fax
dachcom 12/1_en BEZAKTIV HP Top-class dye range BEZEMA AG Kriessernstrasse 2 CH-962 Montlingen Tel 1 71 763 88 11 Fax 1 71 763 88 88 www.bezema.com bezema@bezema.com CHT R. BEITLICH GMBH Bismarckstraße
Technical Requirements as demanded of a new dyestuff to satisfy the dyer and dyestuff supplier alike
Nylosan S A High Fastness alternative for the Dyeing of Wool and Nylon Fibers. The development of a New Dyestuff Class. Slide 1 Introduction The need for improved domestic and processing wet fastness combined
TEXTILE SOLUTIONS. Bezema Colour Solutions. BEMACRON RS ADVANCED DISPERSE DYES FOR SAFE AND RAPID POLYESTER DYEINGS
TEXTILE SOLUTIONS. Bezema Colour Solutions. ADVANCED DISPERSE DYES FOR SAFE AND RAPID POLYESTER DYEINGS Dyes A ADVANCED Improved and adapted ranges for versatile and economical use which meet high demands.
Comparative study on Garments dyeing process and Fabric dyeing process on various parameters (PH, M: L, softener etc)
Comparative study on Garments dyeing process and Fabric dyeing process on various parameters (PH, M: L, softener etc) Amit Saha 1, Anup Saha 2, Pallab Sutradhar 3, Tanvir Ahmed 3, MD.Fazle Rabbi 3 1 Department
Innovation in the colouration of wool. Dr Rex Brady Deakin University
Innovation in the colouration of wool Dr Rex Brady Deakin University Colouration is subject to general trends within the textile industry Many current and future innovations will be determined by economic
MARKING SCHEME TEXTILE CHEMICAL PROCESSING (779) STD XII ( ) Time: 2.5 Hrs. MM: Define the following term (Do any 10) (1x10=10)
MARKING SCHEME TEXTILE CHEMICAL PROCESSING (779) STD XII (2018-19) Time: 2.5 Hrs. MM: 50 GENERAL INSTRUTIONS 1. Attempt all questions 2. Illustrate your answers, wherever possible 1. Define the following
LANASET & LANASET PA. Corporate
LANASET & LANASET PA LANASET Developed 30 years ago Tailor-made for wool dyeing Dyeing at ph 4.5 (iso-electric) to preserve wool quality No tippy dyeing on wool fiber Wider shade range compared to classic
New Sustainable Chemistry
New Sustainable Chemistry Craig Lawrance Technical Manager, Textile Centre of Excellence craiglawrance@textile-training.com 4th April 2017 3rd Thematic Presentation, Bucharest Sustainability Challenges
A Comparative Study on Effect of Shade Depth on Various Properties of Cotton Knitted Fabric Dyed with Reactive Dyes
International Journal of Clothing Science 217, 4(1): 12-16 DOI: 1.5923/j.clothing.21741.2 A Comparative Study on Effect of Depth on Various Properties of Knitted Fabric Dyed with Reactive Dyes Asif Sakib
!"# $ %&' ("""$! )&' ("""$! Test report. Direct Dyes Reactive Dyes
!"# $ %&' ("""$! )&' ("""$! Test report Direct Dyes Reactive Dyes 1 Direct Dyes Direct Dyes Development of reliable and safe processes To evaluate the effectiveness of the system as a support for the optimum
TEXTILE SOLUTIONS. Bezema Colour Solutions. BEZAFAST ES ECOLOGICAL AND SMART CONTINUOUS DYEING. Bezema Colour Solutions. 1
TEXTILE SOLUTIONS. Bezema Colour Solutions. ES ECOLOGICAL AND SMART CONTINUOUS DYEING. Bezema Colour Solutions. 1 ES THE NEW WAY TO GO IN CONTINUOUS DYEING THE NEW ES PROCESS FOUR «E»s FOR YOUR SUCCESS
Chemical nature of vat dyes
After treatment of Direct dyes After treatment with developer -Denim(which gets its name from the French city of îmes(de îmes)) is a rugged cotton twill textile. = H 2 H 2 2 2Cl = H 2 H 2 = 2 - Denim has
Effects of Dyeing Parameters on Color Strength and Fastness Properties of Cotton Knitted Fabric Dyed with Direct Dyes
Research Article International Journal of Current Engineering and Technology E-ISSN 2277 4106, P-ISSN 2347-5161 2014 INPRESSCO, All Rights Reserved Available at http://inpressco.com/category/ijcet Effects
International Journal of Engineering & Technology IJET-IJENS Vol: 12 No: 01 5
International Journal of Engineering & Technology IJET-IJENS Vol: 12 No: 01 5 Advantages of Prewashed 100 % cotton knit fabric over Scoured Bleached fabric in deep color Reactive dyeing process. Asma Begum
Dekol Disperse SN S. Technical Information
Technical Information TI/T Asia Feb 2012 Page 1 of 6 = Registered trademark of BASF SE Dekol Disperse SN S Dispersing agent, protective colloid and complexing agent for use in all stages of dyeing processes
Digital spray printing. Selected BEMACID BEMAPLEX dyes for digital spray printing on polyamide and wool. Unique ideas. Unique solutions.
Digital spray printing Selected BEMACID BEMAPLEX dyes for digital spray printing on polyamide and wool Unique ideas. Unique solutions. Immerse yourself in a deep colour diversity In the past carpets often
Rongalit Discharge D
Technical Information TIe/ EU July 2011 (10/ 2010) Page 1 of 6 (WJA) Replaces all previous editions Europe = Registered trademark of BASF in several countries Rongalit Discharge D Previously Decrolin Reducing
Textiles: Secret Life of Fabrics
Instructed by Jade Carlin Textiles: Secret Life of Fabrics Week Five: Non-Wovens, Composites, Dyeing & Finishing, Testing Non-wovens Fibers are joined by mechanical or chemical means No distinct pattern
Carpet Solutions: Polyester/Cationic Dyeable Polyester. Dyeing and printing of carpets requires specific solutions
Carpet Solutions: Polyester/Cationic Dyeable Polyester Dyeing and printing of carpets requires specific solutions Make your carpet colorful! Carpet Solutions: Polyester Aromatic Polyester fibers Polyester
Chapter 11 Dyeing and Printing
Chapter 11 Dyeing and Printing Consumers look for two things: Aesthetically pleasing colors and prints Colorfastness - colors that are permanent Bleed lose colors in water Crock transfers color thru rubbing
Neargal LU-SRV. Levelling agent for reactive, direct and vat dyes on cellulosic fibres. As uniform as two peas in a pod. As easy as shelling peas.
Neargal LU-SRV Levelling agent for reactive, direct and vat dyes on cellulosic fibres. As uniform as two peas in a pod. As easy as shelling peas. Untreated packages of yarn made with undyed cotton and
Textiles. Natural and Synthetic Fibers
Textiles Natural and Synthetic Fibers Two different Types of Fibers Natural Synthetic or Manufactured Natural- Protein Fibers Come from animal sources Examples Silk (from cocoon of silkworm) Wool (from
1.Pretreatment auxiliary
1.Pretreatment auxiliary Guangzhou Lang's Chemical Additives Co.,Ltd Tel.:86-20-61164351/15817170571 E-mail: gzlanger2010@yahoo.com Add.:Room 2C11,Bldg.1,Factory No. 32, Helong 1st Road, Baiyun District
Dyeing of Cotton Fabric with Basic Dye in Conventional Method and Pretreated with Cationic Polyacrylamide
SEU Journal of Science and Engineering, Vol. 10, No. 2, December 2016 ISSN: 1999-1630 Dyeing of Cotton Fabric with Basic Dye in Conventional Method and Pretreated with Cationic Polyacrylamide Syed Atiqur
International Journal on Textile Engineering and Processes ISSN Vol. 2, Issue 4 October 2016
Effect of Concentration of TCA Solution in PV blended Fabric on TCA Dyeing Method Mr.N.B.More*, Prof.A.M.Daberao*, Prof.P.P.Kolte*, Mr.S.A.Ingale # *CTF, NMIMS, Shirpur #The Ruby Mills Ltd. Khopoli Email:-
Part E04: Textiles Tests for colour fastness. Colour fastness to perspiration
INTERNATIONAL STANDARD ISO 105-E04 Sixth edition 2013-03-15 Textiles Tests for colour fastness Part E04: Colour fastness to perspiration Textiles Essais de solidité des coloris Partie E04: Solidité des
Acid dyes:- Introduction
TOPIC-I DYEING OF WOOL WITH ACID DYES Acid dyes:- Introduction Acid dyes are highly water soluble, and have better light fastness than basic dyes.the textile acid dyes are effective for protein fibers
Amar A. Bhoyar 1, Shrikant M. Fulmali 2, Vishal D. Ramteke 3 1,2,3 Department of Mechanical Engineering (Shift-II), B.D.C.E.
Design and Experimentation of Automatic Cloth Dyeing Machine Amar A. Bhoyar 1, Shrikant M. Fulmali 2, Vishal D. Ramteke 3 1,2,3 Department of Mechanical Engineering (Shift-II), B.D.C.E., Sewagram Abstract
Wet Processing I (Pretreatment) 1. INTRODUCTION. [Here, * = Reference of Moshiour Rahman.] Q. Define wet processing. Describe its main divisions.
![Wet Processing I (Pretreatment) 1. INTRODUCTION. [Here, * = Reference of Moshiour Rahman.] Q. Define wet processing. Describe its main divisions.](/thumbs/73/69240089.jpg "Wet Processing I (Pretreatment) 1. INTRODUCTION. [Here, * = Reference of Moshiour Rahman.] Q. Define wet processing. Describe its main divisions.")
[Here, * = Reference of Moshiour Rahman.] 1. INTRODUCTION Q. Define wet processing. Describe its main divisions. The process by which the textile mtls are treated associated with water is called wet processing.
AATCC Symposium Shining a Light on Flammability in Textile Application
AATCC Symposium Shining a Light on Flammability in Textile Application Insights and Perspectives to the Dyeing of Engineered Flame Resistant Fibers and Fabrics Nelson Houser September 21-22, 2016 1 Agenda
Textile Studies II Laboratory Report
Textile Studies II Laboratory Report Group Members: Chan Yat Yi (12053358D) Christina Ngo (12151191X) Fan Wing Man (12051171D) Jasmine Indigo Lockwood (12151101X) Lam Ho Yi (12052688D) Date of Experiment:
Textile colouration. Mr Mac Fergusson RMIT University
Textile colouration Mr Mac Fergusson RMIT University Wool fibre production Relatively stable over the past five years. Some increase in production possible as flocks increase after prolonged drought conditions.
Nidhi Sisodia Project Officer Northern India Textile Research Association Sector-23, Rajnagar, Ghaziabad, U.P,India
ISSN: 2278-181 Vol. 2 Issue 12, December - 213 Comparative Study on Dyeing Behavior of and Ra Fibres M. S. Parmar Deputy Director & Head- R&D Northern India Textile Research Association, Sector-23, Rajnagar,
Dyeing Effects of Wool/Acrylic Blended Yarn in One-bath and Two-bath Process Using 1:2 Pre-metallised and Basic Dyes
Dyeing Effects of Wool/Acrylic Blended Yarn in and Process Using 1:2 Pre-metallised and Basic Dyes Mohammad Mahbubul Alam 1, Nahida Akter 2, Md Al-Amin 3, Jubair Ahmed Ahad 4, Nazia Nourin Moury 5 Assistant
Colored Nanoparticles for Ecological Dyeing of Cellulosic Fibres Sampaio S 1, Martins, C 1, Gomes J R 1
Advanced Materials Research Vols. 332-334 (2011) pp 1136-1139 Online available since 2011/Sep/02 at www.scientific.net (2011) Trans Tech Publications, Switzerland doi:10.4028/www.scientific.net/amr.332-334.1136
Effective Surface Active Agents for Improving Colorfastness of Reactive Dyeing
From the SelectedWorks Innovative Research Publications IRP India Spring March 1, 2015 Effective Surface Active Agents for Improving Colorfastness Reactive Dyeing Innovative Research Publications, IRP
* STATION 1: Guess the Fiber Category *
Name: Class: Learn the Lingo - Write a definition for each term below: Fiber tiny Clothing Challenge Thread/yarn- twisted together Blend- Threads made from or more different fibers Fabric- made from threads
RFT Dyeing & Its Effect
International Journal of Textile Science 2015, 4(1): 20-26 DOI: 10.5923/j.textile.20150401.03 RFT Dyeing & Its Effect Mainul Morshed Department of Textile Engineering, Daffodil International University,
WOOLMARK SPECIFICATION
WOOLMARK SPECIFICATION SPECIFICATION SY-1: 2015 YARNS Effective 1 January 2015 The Woolmark Company Pty Limited 2012 All rights reserved. This work is copyright. Except as permitted under the Copyright
CERTIFICATE OF ACHIEVEMENT IN SYNTHETIC DYEING SYLLABUS
CERTIFICATE OF ACHIEVEMENT IN SYNTHETIC DYEING SYLLABUS 1.0 INTRODUCTION In setting out the syllabus it was intended to allow candidates complete freedom of interpretation within the requirements of the
BN 7329 / 6476 : 0513 ADITYA
Dyestuff for Leather BN 7329 / 6476 : 0513 ADITYA ADITYA Color Chem Unit - 1 : 15, Aditya Industrial Estate, B/h. B.S.N.L Tower, Phase IV, G.I.D.C Vatva, Ahmedabad - 382 445. Gujarat, INDIA. Unit - 2 :
Dyed Acrylic Fibre Prospects in Asia
Dyed Acrylic Fibre Prospects in Asia B. Chaudhuri Chief Marketing Office for Acrylic Fiber business of Aditya Birla Group, Thai Acrylic Dyed Acrylic Fibre - Prospects in Asia Presented By: Biswajit Chaudhuri
Carpet Solutions: Polyamide. Dyeing and printing of carpets requires specific solutions
Dyeing and printing of carpets requires specific solutions Make your carpet colorful! Substrates Fibers for carpets Carpets are made of different fibers and fiber blends. Polyamide fibers are most common,
FASHION DESIGN: STRAND 3. Textiles in Fashion
FASHION DESIGN: STRAND 3 Textiles in Fashion Standards: Students will examine the use of textiles in fashion. Standard 1: Identify basic fibers, the characteristics, use and care of the following textiles.
Ionic Activated Viscose Fibres
49 th Man-Made Fibre Congress Dornbirn Ionic Activated Viscose Fibres Dr. Roland Scholz, R&D, Kelheim Fibres Gmb Ionic Activated Viscose Fibres Overview 1. Kelheim Fibres a short introduction 2. Viscose
Degummase treatment of spun silk fabric
Indian Journal of Fibre & Textile Research Vol. 22, June 1997, pp. 119-123 Degummase treatment of spun silk fabric Department M L Gulrajani. Sangeeta Arora & Shalini Aggarwal of Textile Technology, Indian
Dyeing Behavior and Fastness Properties of Corn (PLA) Fiber
IOSR Journal of Polymer and Textile Engineering (IOSR-JPTE) e-issn: 2348-019X, p-issn: 2348-0181, Volume 1, Issue 2 (Jan. 2014), PP 01-07 Dyeing Behavior and Fastness Properties of Corn (PLA) Fiber Nidhi
DRY-CLEANING, WASHING OR BLEACHING FIBRES, FILAMENTS, THREADS, YARNS, FABRICS, FEATHERS OR MADE-UP FIBROUS GOODS; BLEACHING LEATHER OR FURS
CPC - D06L - 2017.01 D06L DRY-CLEANING, WASHING OR BLEACHING FIBRES, FILAMENTS, THREADS, YARNS, FABRICS, FEATHERS OR MADE-UP FIBROUS GOODS; BLEACHING LEATHER OR FURS Dry-cleaning or industrial washing
PILLING CAPACITY ASSESSMENT OF COTTON KNITTED FABRICS AFTER FINISHING PROCESS
10 INTERNATIONAL SCIENTIFIC CONFERENCE 19 20 November 2010, GABROVO PILLING CAPACITY ASSESSMENT OF COTTON KNITTED FABRICS AFTER FINISHING PROCESS Macsim Mihaela *Gheorghe Asachi Technical University, Faculty
TEXTILES, FABRICS, AND FINISHES. Textiles and Interior Design
TEXTILES, FABRICS, AND FINISHES Textiles and Interior Design WHAT IS A TEXTILE? Any product made from fibers, including fabrics A fundamental component of a ready made garment because it is the basic raw
ANALYZING THE SUITABLE ELECTROLYTE FOR REACTIVE DYEING PROCESS IN COTTON GOODS
Journal of Engineering Science 05(1), 2014, 75-80 JES an international Journal AALYZIG TE SUITABLE ELECTROLYTE FOR REACTIVE DYEIG PROCESS I COTTO GOODS Shekh Md. Mamun Kabir 1, Joonseok Koh 2 and Farhana
SUSTAINABLE AND ENERGY-EFFICIENT DYEING OF HOT BRAND REACTIVE DYES ON COTTON SUBSTRATE
SUSTAINABLE AND ENERGY-EFFICIENT DYEING OF HOT BRAND REACTIVE DYES ON COTTON SUBSTRATE Department of Textile Chemistry, Faculty of Technology & Engineering, The Maharaja Sayajirao University of Baroda,
BEMACRON CA. Advanced. Special disperse dyes for acetate. UniqUe ideas. UniqUe solutions.
BEMACRON A Advanced Special disperse dyes for acetate UniqUe ideas. UniqUe solutions. BEMACRON Dyes A Advanced Improved and adapted ranges for versatile and economical use which meets high demands. Yellow.3
Econtrol T-CA. Sustainable technology for dyeing of PES/cellulose and elastane blends with Levafix /Remazol and Dianix dyes
Econtrol T-CA Sustainable technology for dyeing of PES/cellulose and elastane blends with Levafix /Remazol and Dianix dyes General Information Rising cost pressure remains a major problem in the textile
LESSON 2 INTRODUCTION TO DYES STRUCTURE 1.0 OBJECTIVES 2.1 INTRODUCTION 2.2 HISTORICAL BACKGROUND 2.3 SELECTION OF DYES 2.4 CLASSIFICATION OF DYES
LESSON 2 INTRODUCTION TO DYES STRUCTURE 1.0 OBJECTIVES 2.1 INTRODUCTION 2.2 HISTORICAL BACKGROUND 2.3 SELECTION OF DYES 2.4 CLASSIFICATION OF DYES 2.5 DYES AND COLOURS FOR TEXTILES 2.6 SYNTHETIC DYES 2.6.1
A Research article on - Benefits of Glauber s salt in Textile Wet processing 1. Introduction: By: Sushil Kumar Hada In order to understand the depth of the subject, one should understand the basics behind
LEATHER. Lugafast Dyes. Reactive dyes for drum dyeing. Reversible (highly dependent on ph)
Technical Information LEATHER TI/P 3712 e October 2008 Page 1 of 7 www.basf.com/leather = Registered trademark of BASF SE Lugafast Dyes Reactive dyes for drum dyeing Lugafast dyes are a new, innovative
DYEING OF ORGANIC COTTON FABRIC USING ULTRASONIC DYEING TECHNIQUE
14 th AUTEX World Textile Conference May 26 th to 28 th 2014, Bursa, Turkey DYEING OF ORGANIC COTTON FABRIC USING ULTRASONIC DYEING TECHNIQUE Uzma Syed, Rafique Ahmed Jhatial, Mazhar Hussain Peerzada Department
Department of Textile & Leather
Department of Textile & Leather No Products Standard 1 Specifications of acrylic yarns for machine made floor coverings (moquette) 2 Specifications for wool - yarn and wool mixture with other fibers used
Effect of M: L ratio on dyeing of jute fabrics using REMAZOL RR & DRIMAREN HF
Daffodil International University Institutional Repository DIU Journal of Science and Technology Volume 8, Issue 2, July 2013 2013-07 Effect of M: L ratio on dyeing of jute fabrics using REMAZOL RR & DRIMAREN
Environmentally Friendly Dyeing of PTT with Temporarily Solubilized Azo Diseperse Dyes
w œwz, 45«4y 2008 Textile Science and Engineering Vol. 45, No. 4, 2008 w 266 y eyx x Á½x Á w š lœw q l œ k Environmentally Friendly Dyeing of PTT with Temporarily Solubilized Azo Diseperse Dyes Hae Kyoung
Auxiliaries for Textile
Auxiliaries for Textile AUXILIARIES FOR PRE-TREATMENT [I] WETTING AGENTS High power non-ionic wetting agent An anionic wetting & rewetting cake An anionic wetting & rewetting paste An anionic wetting liquid
Whitepaper. New Dianix CW-SF Disperse Dyes DyStar s contribution to increasing fastness requirements of the market
Whitepaper New Dianix CW-SF Disperse Dyes DyStar s contribution to increasing fastness requirements of the market November 2012 Bertram Seuthe, GBD DyStar Colours Distribution GmbH Introduction In growing
GB/T Translated English of Chinese Standard: GB/T NATIONAL STANDARD OF THE
Translated English of Chinese Standard: GB/T6151-2016 www.chinesestandard.net Sales@ChineseStandard.net GB NATIONAL STANDARD OF THE PEOPLE S REPUBLIC OF CHINA ICS 59.080.01 W 04 GB/T 6151-2016 Replacing
Effect of Finishing on Fastness properties of Reactive Dyes
Effect of Finishing on Fastness properties of Reactive Dyes Ranadinesh Rajput, Vishnu Dorugade Centre for Textile Functions, Mukesh Patel School of Technology Management and Engineering, SVKM S NMIMS,
Continuing Professional Development
Continuing Professional Development A-level Textiles Maximising student performance in the AS and A2 written papers (Units 1 and 3) Colour and Pattern in Fabrics Version 1.0 Permission to reproduce all
Learn to dye. rainbow one pot dyeing fibre
Learn to dye rainbow one pot dyeing fibre Exploring colour with wool dyes Dyeing your own fibre is fun and easy to do. Ashford wool dyes allow you to create every colour of the rainbow time after time
Chapter 44: Fabrics and Their Care. Objectives: Compare different types of fibers, fabric construction, methods, and finishes.
Chapter 44: Fabrics and Their Care Objectives: Compare different types of fibers, fabric construction, methods, and finishes. Define the following key terms. Fibers very fine, hairlike strands of various
A study on fastness properties of a Natural Dye extracted from. Pseudo-stem of Musa Paradisiaca on Silk Fabric
A study on fastness properties of a Natural Dye extracted from Pseudo-stem of Musa Paradisiaca on Silk Fabric L.Ammayappan *, Ganesh Kumar, Dwaraka Krishnan, Department of Textiles, Rajapalayam Rajus College,
LESSON 3 INTRODUCTION TO DYEING STRUCTURE 1.0 OBJECTIVES 3.1 INTRODUCTION 3.2 HISTORICAL BACKGROUND 3.3 METHODS OF DYEING 3.4 THE DYEING PROCESS
LESSON 3 INTRODUCTION TO DYEING STRUCTURE 1.0 OBJECTIVES 3.1 INTRODUCTION 3.2 HISTORICAL BACKGROUND 3.3 METHODS OF DYEING 3.3.1 STOCK DYEING 3.3.2 TOP DYEING 3.3.3 YARN DYEING 3.3.4 PIECE DYEING 3.3.5
BEzaktiv. Reactive Dyes for Cellulosic Fibres. Unique ideas. Unique solutions.
BEzaktiv Reactive Dyes for Cellulosic Fibres Unique ideas. Unique solutions. COTTON > Used Worldwide Cotton is still the most popular fibre worldwide. Its wearable comfort is highly valued in the field
Problems with oligomer in dyeing polyester yarns and fabrics.
Problems with oligomer in dyeing polyester yarns and fabrics. Typically polyester fibres contain between 1.5 and 3.5% by mass of low M r esters, the principal oligomer being cyclic tris(ethylene terephthalate)
Man-made staple fibres
Chapter 55 Man-made staple Note. 1.- Headings 55.01 and 55.02 apply only to man-made filament tow, consisting of parallel filaments of a uniform length equal to the length of the tow, meeting the following
BLUEJADE TEXINK PVT. LTD.
BLUEJADE TEXINK PVT. LTD. www.bluejade.co.in Profile Located in Surat, Gujarat, India, Bluejad Texink PVt. Ltd. is a joint venture company focusing on manufacturing of inkjet inks for digital textile printing
Textiles: any product made from fibers. Fibers: the raw materials in which fabric is made. They are long, thin and hair-like.
Textiles: any product made from fibers. Fibers: the raw materials in which fabric is made. They are long, thin and hair-like. Yarn is made of.staple fibers: ( short fibers) Filaments: (long fibers) Twist
Test Report. No.399 Gang Wen Road, Fengxian District Shanghai, China Tel:(86-21) Fax:(86-21) Test Report No.
No.399 Gang Wen Road, Fengxian District Shanghai, China 201413 Tel:(86-21) 3755 4800 Fax:(86-21) 3755 4819 Test Report Test Report No.: 26705887 Issue Date: 260913(DDMMYY) Client Information: Supplier
Cyclanon Washoff XC-W New
Technical Information TI/T Asia Nov 2007 Page 1 of 6 = Registered trademark of BASF SE Universal after soaping agent for the removal of reactive dye hydrolysate or unfixed direct dye from dyeings on cellulosic
Abu Naser Md. Ahsanul Haque. BGMEA University of Fashion & Technology, Uttara, Dhaka, Bangladesh
BORNEO SCIENCE 34: MARCH 2014 INFLUENCE OF ELECTROLYTE AND LIQUOR RATIO ON EXHAUSTION AND COLOR COORDINATES OF COTTON FABRIC DYED WITH MONO- FUNCTIONAL AND BI-FUNCTIONAL REACTIVE DYES BGMEA University
Chemistry behind good feelings
Chemistry behind good feelings Contents Levelling & Dispersing Agent for Polyester Dyeing Saragen-DLN Water & Oil Repellent for Synthetic Fabric Newguard-AC Hydrophillic Silicone Softener Xtrasoft-832
This article is supported by...
Technology Guides Series 3 The guides are intended to expand awareness and understanding of the craziness that can be created on wide format digital printing devices, from floors to lampshades and everything
Effect of Salt Concentration on Rubbing and Wash Fastness of Dyed Woven and Knitted Fabrics
Daffodil International University Institutional Repository DIU Journal of Science and Technology Volume 11, Issue 1, January 2016 2016-05-22 Effect of Concentration on Rubbing and Wash Fastness of Dyed
A COMPARATIVE STUDY BETWEEN ONE BATH DYEING METHOD FOR POLYESTER COTTON (PC) BLENDED FABRIC OVER CONVENTIONAL TWO BATH DYEING METHOD
A COMPARATIVE STUDY BETWEEN ONE BATH DYEING METHOD FOR POLYESTER COTTON (PC) BLENDED FABRIC OVER CONVENTIONAL TWO BATH DYEING METHOD Ripon Kumar Prasad Lecturer, Department of Apparel Manufacturing & Technology,
Textile colorfastness is an important factor in garment and product maintenance, use, and care.
Colorfastness Textile colorfastness is an important factor in garment and product maintenance, use, and care. Color-related problems range from color loss from perspiration to fading from exposure to closet
Subject: Dyeing and Printing. Unit 7: Introduction to textile printing. Quadrant 1 e-text
Subject: Dyeing and Printing Unit 7: Introduction to textile printing Quadrant 1 e-text Learning Objectives The learning objectives of this unit are: Review the methods of printing textiles. 7.1 INTRODUCTION
Copyright : 2004, Springer
Deakin Research Online Deakin University s institutional research repository DDeakin Research Online Research Online This is the author s final peer reviewed version of the item published as: Liu, Xin,
R&D PROJECTS
R&D PROJECTS - 2010-11 1. GOVERNMENT SPONSORED PROJECTS 1.1 Completed projects (i) Project title: Development of NYCO fabric for paramilitary and military combat uniforms (Sponsored by Ministry of Textiles,
A part of us is always close to you. Nilit Portfolio of Brands
A part of us is always close to you Nilit Portfolio of Brands Presenting Nilit Nilit is a global manufacturer of nylon 6.6 polyamide fibres for fashion bodywear, activewear, legwear and intimate apparel.
UNIT 4: Textiles and Fabric # Assignment
UNIT 4: Textiles and Fabric # Assignment Pts. Possible 1 Natural Fibers 20 2 Synthetic Fibers 30 3 Fabric Construction and Weaves 15 4 Knits, Non-Wovens and Fabric Finishes 15 5 Textile Experiments 20
Sarex. Chemistry Behind Good Feelings. Vol. 10, Issue 39, July 2017
Sarex Vol. 10, Issue 39, July 2017 www.sarex.com Chemistry Behind Good Feelings CNTENTS 1 Yuvi-cell 2 Reduclear-NS 3 Nylolevel-606 (Conc) UV Protective Finish Reduction Clearing Agent with No Smell Nylon
Effect of Jute Proportion on the Color Strength Value of Jute/Cotton Union Fabric
Effect of Jute Proportion on the Color Strength Value of Union Fabric R. Prathiba Devi* 1, R.Rathinamoorthy 1 and Dr.J.Jeyakodi Moses 2 1 Department of Fashion Technology, 2 Department of Chemistry, PSG
Hydrosulfite Types. Technical Information. Hydrosulfite Conc. BASF Hydrosulfite Conc. BASF N Hydrosulfite F Conc. BASF Hydrosulfite FE Conc.
Technical Information Hydrosulfite Types TI/T 7015 e October 1997 (RB) Supersedes TI/T 1489 dated January 1993 = Registered trademark of BASF Aktiengesellschaft Hydrosulfite Conc. BASF Hydrosulfite Conc.
Vat dye From Wikipedia, the free encyclopedia
Page 1 of 7 Vat dye From Wikipedia, the free encyclopedia Vat dyes are a class of dyes that are classified as such because of the method by which they are applied. Vat dyeing is a process that refers to