Executive summary
The international Buyers or clients are looking for those countries for producing their apparel products where different types of mills establish as a one stop source for the global apparel market, satisfy and meet customer’s expectation by developing and providing products and services on time, which offer value in terms of Quality, Price, Safety & Environmental impact. And also assure complete compliance with the international quality standards and also to provide the employees internationally acceptable working condition/standards. Bangladesh is one of the best countries for producing textile & apparel product. At this time Bangladesh can challenge with any country for producing apparel product with best quality. Many countries try to produce good apparel products with best quality and price. So, now-a-days this field becomes very competitive. Bangladesh earns 76% foreign currency from the textile sector. Now-a-days buyer wants 100% quality product. For this reason it is very important to know about the latest technologies in textile sector. To produce a quality product, as a textile engineer I must have a vast knowledge about the production parameters & how to produce a high quality product. To accommodate the theoretical study with technical and practical things industrial training is very important. In my training period, I specially observed that Dacca Dyeing & MFG.CO. Ltd. Produce high quality fabric and fulfill the special requirements from the different types of buyers from following different internationally recommended standard method. In my training period I have learned many things such as different types of machines and their functions, techniques of productions and the management system and Dyeing and printing. So I think this industrial training will help me in future.
1. Introduction
As a mandatory requirement of the Bachelor of the Business Administration (BBA) program under Southeast University, this report entitled – “MARKETING STRATEGIES OF THE DACCA DYEING & MANUFACTURING COMPANY LIMITED” – is a connived depiction of the three months long internship program at The Dacca Dyeing Limited.
The organization attachment started on September 23, 2008 and finished on December 15, 2008. My organization supervisor Md. Major Hussain Imam (Ret.) GM (Admin & Compliance) has helped me to choose the topic of the term paper
1 The Objective of the Report
General objective is to assess the level of importance the main objective of this training is to comprehend our theoretical knowledge along with the practical knowledge. It also enables us to orient ourselves with the practical environment that we will work in future. We systematically learned about various steps of Yarn processing. Moreover 1er we know about the man management technique and learn about marketing strategy. We also learned about dyeing techniques and quality assurance system.
1.2 Scope of the Report
The presentation of the organizational structure and policy of Dacca Dyeing and investigating the strategies applied by it provide the scope of this report. An infrastructure of the organization has been detailed, accompanied by a global perspective and look into the future. The scope of this report is limited to the overall description of the company, its services, and its position in the industry and its marketing strategies. The scope of the study is limited to organizational setup, functions, and performances.
1.3 Limitations of the Report
1 Large-scale research was not possible due to constraints and restrictions posed by the organization Part on organizational culture was written from individual’s perception and may vary from person to person. In many cases, up to date information was not published. The information regarding the competitors is difficult to get Getting Relevant papers and documents were strictly prohibited.Many procedural matters were conducted directly in the operations by the top management level, which also gave some sort of restrictions.
To protect the organizational loss in regard of maintaining confidentiality some parts of the report are not in depth.
2.0 FACTORY NAME: THE DACCA DYEING & MANUFACTURING COMPANY LIMITED.
1. Name of the company: THE DACCA DYEING &
MANUFACTURING COMPANY
LIMITED
2. Status : Private Limited company
3. Type : 100% Export oriented dyeing
industry
4. Location : QC NAGAR,PAGAR,TONGI GAZIPUR,BANGLADESH
5. Address :
Factory : QC NAGAR,PAGAR,TONGI GAZIPUR,BANGLADESH
Head Office : SHARIF MENSION,(4TH FLOOR) 56- 57,MOTIJHEEL C/A,DHAKA-1000 BANGLADESH
6. Established : 1963
7. Sponsor : R.AK.MR.NURUL ALAM
8. Product mix : 100% cotton, 100% polyester, Chief value cotton, P/C
9. Different departments: To run the factory smoothly, there is some department in the factory. They are given bellow:-
2.1 Production side
DYEING & Finishing SECTION
1 Batch section
Dye house
Dyeing lab.
Quality control
Finishing
2.2 MAINTENANCE SIDE
1 Electrical
Mechanical
2.3 MANAGEMENT SIDE
2.3.1 ACCOUNTS & COMMERCIAL SECTION
2.3.2 ADMIN SECTION
1 Time section
Cleaning
Security
Store
2.4 Vision: –
To maximize synergistic benefit, and become a market leader through the pursuit of high productivity, advanced technological innovation and absolute customer satisfaction by leveraging on the strengths of their core business. In other words best one stop Dye apparel supply house and a market leader.
2.5 Mission: –
1 To focus on customer needs and wants continuously and manufacture high standard quality dye apparels.
To establish themselves as the leading provider of knit apparels by serving international market especially for retailer.
To strive to meet challenging market needs through a closer working relationship with business partners, innovative manufacturing process and maintaining standard customer service.
2.6 Values: –
1. Customer first.
2. Pursuit of quality.
3. Leverage through team work, people are their valuable resources.
4. Innovation and diversity.
5. Efficiency improvement and cost control.
6. Becoming a responsible corporate citizen.
2.7 Goal: –
Customer satisfaction is their main goal, competitive professional service and price, world class quality, on time delivery, honesty and reliability.
2.8 Compliance:
The factory is full compliance with ILO and Bangladesh Labour Law. Their company policy is as follows: –
- No child labour.
No forced labour.
Transport facilities for worker.
Hours of work.
Voluntary over time.
Intervals for rest.
Weekly holidays.
Annual leave.
Festival holidays & leaves with bonus.
Maternity protection.
Worker’s welfare committee.
Mineral drinking water.
Sanitary facilities.
First aid box.
Canteen services.
Day care centre.
Health care activities for the worker & employ company doctor.
Fire extinguisher each & every floor & conduct fire drill at least 12 times a year. We are giving a top priority on prevention of fire and eventual evacuation.
Other safety department (no discrimination).
Compensation cases department.
The development of compliance programmer.
Environmental developer.
Smoking free zone
3.0 THE DACCA DYEING & MANUFACTURING
COMPANY LIMITED.
ORGANOGRAM
Sl. No. | Marketing | Commercial | A/C & store | Production Dyeing | Production Knit | Quality | Utility | Administration |
01 | General Manager | |||||||
02 | DGM | DGM | DGM | DGM | ||||
03 | AGM | AGM | AGM | AGM (Factory) | ||||
04 | Manager | Manager | Manager | Manager (Dyeing) | Manager (Knit) | Manager | Manager | Manager (Admin) |
05 | Assist manager | Assist manager | Cost Accountant | Assistant Manager | Assistant Manager | Assistant Manager | Electrical Engineer | Administration Officer |
06 | Sr. Executive | Sr. Executive | Sr. Executive | Sr. Prod. Engineer | Sr. Prod. Officer | QC officer | Mechanical Engineer | Sr. Executive Admin |
07 | Executive | Executive | Executive | Production Engineer | Asst. Production Engineer | Assistant QC Officer | Sub. Assistant Engineer | Executive Admin |
08 | Jr. Executive | Jr. Executive | Jr. Executive | Asst. Prod. Officer | Shift In-charge | QC In-charge | Forman | Asst. Officer Admin |
09 | Assistant | Assistant | Accounts Assistant | Lab. Chemist | Production Clark | Sr. QC Supervisor | Supervisor | Security Officer |
10 | Cashier | Sr. Lab. Assistant | Sr. Supervisor | QC Supervisor | Assistant Supervisor | Computer Operator | ||
11 | Purchase officer | Lab. Assistant | Supervisor | Assistant QC Supervisor | Sr. Fitter | Office Assistant/Time Keeper | ||
12 | Sr. Store officer | Report Clerk | Assistant Supervisor | QC | Fitter | Assistant Time Keeper | ||
13 | Store officer | Batch Incharge | Tr. Supervisor | Assistant QC | Assistant Fitter | Typist | ||
14 | Asst. Store Officer | Finish Incharge | Fitter | Tr. QC | Electrician | Telephone Operator | ||
15 | St. Store Keeper | Froman | Assistant Fitter | Tr. Assistant QC | Assistant Electrician | Delivery Supervisor | ||
16 | Store Keeper | Sr. Supervisor | Operator | QC Man | Boiler Operator | Peon | ||
17 | Asst Store Keeper | Supervisor | Assistant Operator | Boiler Assistant | Driver | |||
18 | Store Assistant | Assistant Supervisor | Tr. Operator | Generator Operator | Gardener | |||
19 | Helper Store | Tr. Supervisor | Tr. Assistant Operator | Compressor Operator | Loader | |||
20 | Tr. Asst. Supervisor | Helper | Asst. Operator | Cleaner | ||||
21 | Sr. Operator | W.T.P. Attendant | Painter | |||||
22 | Operator | Tr. Operator | Sweeper | |||||
23 | Asst. Operator | Helper |
3.1 MANAGEMENT SYSTEM:
1 Intercom telephone
Fax
Written letters &
Oral
3.2 SHIFT CHANGE:
Per shift is 8hrs
1st shift : 6:00 A.M. – 2:00 P.M.
2nd shift : 2:00 P.M. – 10:00 P.M.
3rd shift : 10:00 P.M. – 6:00 A.M.
General shift : 8:00 AM – 5:00 PM
3.3 RESPONSIBILITIES OF PRODUCTION OFFICER:
I. To give dyeing program slip.
2. To match production sample with target shade.
3. To collect production sample lot sample matching next production,
4. To observe dyed fabric during finishing running & also after finishing.
5. To identity disputed fabrics & report to P.M/G.M. for necessary actions.
6. To discuss with P.M about overall production if necessary.
7. To sign the store requisition & delivery challan in the absence of P.M.
8. Also to execute overall floor works.
9. To maintain loading’/unloading khata.
10. Any other assignment given by higher authority.
3.4 JOB DESCRIPTION OF PRODUCTION OFFICER:
REPORT TO: Sr. Production Officer
JOB SUMMARY: To plan, execute & follows up the production activities &. control the quality production with related activities.
3.5 DUTIES & RESPONSIBILITIES:
Overall supervision of dyeing, finishing production.
Batch preparation & pH I chock.
Dyes & chemical requisition issue & check.
Write Fabrics loading & unloading time from m/c
Program making, sample checking, colour measurement
Control the supervisors, operator, ass. operator and helper of dyeing m/c.
And also any other over work as & when required by the management.
3.6 JOB DESCRIPTION OF Sr. PRODUCTION OFFICER:
REPORT TO: A.G.M. (production)
JOB SUMMARY: To plan. execute & follows up the production activities & control the quality production with related activities.
3.7 DUTIES & RESPONSIBILITIES:
Overall supervision of dyeing, finishing production. Checks the sensitive parameters of different machine for smooth dyeing Checks the different log books of different areas & report to management Checks out the plan to control the best output from supervisors & workers. To trained up& motive the subordinates how to improve the quality production.
Control the supervisor, operator, Asstt. Operator & helper of dyeing. Maintenance of machine & equipment Any other works & when required by the management.
PRE-TREATMENT
4.0 There are five processes for pre-treatment. These are given below:
4.1 SINGEING & DESIZEING:
Name of the machine : SING AND DESIZE MACHINE
Brand Name : GOLLER
Manufacturing country : Germany
Capacity : Highest 100 RPM (Rate per minute) Speed
And normally speed 70-90 RPM
Production : If machine speed 70 per hour production 4200 meters,
If machine speed 80, 90 per hour production 4800, 540 Meters
4.1.1 SINGEING:
Singeing is the process of burning of the fiber hairs projecting through the fabric surface. In a gas-singeing machine this burning is carried out by passing fabric against hot flames under specified conditions.
Parameter | Range | Extra Heavy | Heavy | Medium | Light |
Speed (meter /min) | 0 – 150 up/down | 60 | 60 | 80 | 100 |
Flame intensity (mbar) | 9 – 12 | 12 | 12 | 11 | 9 |
Burner position | 2 – 3 | 3 | 3 | 3 | 2 |
Bath temp (0C) | Room – 900 C | 60 – 65 | |||
Bath pH | – | 5 – 6.5 | |||
Padder pressure (bar) | 1 – 4 | 1 – 4 | 1 – 5 | 1 – 6 | 1 – 8 |
4.1.2 Checklist:
- pH, temperature, padder pressure should be observed closely
- There should not be any deviation in parameter.
4.1.3 Frequency:
After every hour
4.1.4 Functions:
To obtain a uniform & smooth fabric surface by removing hairiness.
To ensure uniform optical reflectance throughout the fabric surface in subsequent fabric wet process.
4.2 BLEACHING MACHINE:
Name of the machine : BLEACHING MACHINE
Brand Name : GOLLER Company
Manufacturing country : Germany
Capacity : Highest Sped 80 RPM (Rate per minute)
And normally speed 50-70 RPM
Production : 121”PC Long width fabrics run 50-55 m/min Per hour
Production 3000, 3300 meters
Short width fabrics run 60-65 m/min per hour production
3600, 3900 meters
PC short width fabric runs 70 m/min
Per hour production 4200 meters
4.2.1 SCOURING – BLEACHING MACHINE:
Parameter Control:
Machine set-up parameters | Actual parameter range | Machine set value |
Extra heavy | Heavy | Medium | Light | ||
Speed (m/min) | 0 – 120 | 35 | 60 | 70 | 90 |
Pre-washing temperature () | Room temperature – | Tank 1 & 2: Tank 3: | |||
Steamer temperature () | 100 – | ||||
Steamer dwell time (min) | 10 – 30 | 18 | 18 | 22 | 22 |
Post-washing temperature () | Room temperature – | Tank 4 – 7: Tank 8: | |||
Padder pressure (mili bar) | Tank 1 – 2 & Tank 4 – 7: 2.5 – 3.5 Tank 3 & Tank 8: 3.5 – 4.1 |
4.2.2 Check list:
- Caustic & concentration
- Doctor blade position
- Steamer temperature and dwell time
- Auto dosing check
- Appearance of outcoming fabric
- Padder pressure
- Machine speed
4.2.3 Frequency of check:
After every hour
4.2.4 Functions:
1 Fabric to be scoured is loaded in the machine
Required amount of water is loaded
Washing agent/ detergent is added
Steam pipes are on & scouring agents (i.e. Caustic soda/ Soda ash) added when the temperature reaches at 500C
When the temperature reaches at 600C then stabilizer is added
Then H2O2 is added
Temperature is then raised to 900C and the process is then carried out for 60-90 mins depending on the requirements
The liquors are then drained
Then cold wash at 300-400C, hot wash at 700-800C and acid wash at 600-700C is done
4.3 MERCERIZING MACHINE:
Name of the machine : MERCERIZING MACHINE
Brand Name : GOLLER Company
Manufacturing country: Germany
Capacity : Highest Sped 50 RPM (Rate per minute)
Production : 40-45 m/min speed for twill, canvas fabrics per hour production
2400, 2700 meters and 50 m/min speed for PC, Poplin per hour
Production 3000 metes.
4.3.1 Mercerizing:
Mercerizing is a physio-chemical process in which cotton fabric is treated with concentrated solution of caustic alkali & subsequently stretched & washed under specified conditions.
Parameter Control:
Machine set-up parameters | Actual parameter range | Machine set value |
Extra heavy | Heavy | Medium | Light | ||
Speed (m/min) | 0 – 100 | 30 | 35 | 50 | 70 |
Caustic lye strength ( | 22 – 26 | 26 | |||
Caustic lye temperature () | Hot mercerising: Above Cold mercerising: 12- | ||||
washing temperature () | Room temperature – | Tank 1 – 3: 95 – (Normal water wash) Tank 4: (Hot – Acid – Hot wash) | |||
Padder pressure (mili bar) | Impregnation Tank: 2.5 – 3 Washing Tank : 3 – 3.5 |
4.3.2 Check list:
- Caustic lye strength & temperature
- Padder pressure
- Width of outcoming fabric
- Caustic on fabric at the end of stabilizing zone
- Machine speed
4.3.3 Frequency of check:
After every hour
4.3.4 Functions:
To increase lusture of fabric.
To increase the strength of fabric.
To improve dimensional stability.
To increase dye absorbency.
4.4 WASHING MACHINE:
Name of the machine : WASHING MACHINE
Brand Name : GOLLER Company
Manufacturing country: Germany
Capacity : Highest Sped 80 RPM (Rate per minute)
4.4.0 Functions:
1 All the washing condition and parameter can be controlled
Temp 1200C
Solvent – water + glycerin
4.5 DRYER MACHINE:
Name of the machine : DRYER MACHINE
Brand Name : GOLLER Company
Manufacturing country: Germany
Capacity : Highest Sped 120 RPM (Rate per minute)
4.5.1 Functions:
To dry the fabric with help of steam
4.6 COLD PAD BATCH MACHINE:
Name of the machine : COLD PAD BATCH MACHINE
Brand Name : GOLLER Company
Manufacturing country: Germany
Capacity : Highest Sped 50 RPM (Rate per minute)
Production : per hour production 3000 Meters fabrics
4.7 THERMOSOL MACHINE:
Name of the machine : THERMOSOL MACHINE
Brand Name : GOLLER Company
Manufacturing country: Germany
Capacity : Highest Sped 30 RPM (Rate per minute)
Production : When machine speed 25, 27, 30 RPM than per hour
Production 1500, 1620, 1800 meters
Thermosol machine only dyeing for poly cotton fabrics and pigment dyeing
Parameter Control:
Machine set-up parameters | Actual parameter range | Machine set value |
Extra heavy | Heavy | Medium | Light | ||
Speed (m/min) | 0 – 120 | 30 | 40 | 50 | 60 |
Trough pad pressure (N) | 0 – 160 | 40 / 40 / 40 (Left / Centre / Right) | |||
Trough temperature () | Room temperature | ||||
Trough level (%) | 70 – 80% | 75% | |||
Pre–drying / IR section temp () | |||||
Burner position | 1 – 2 | 1 – 2 | |||
Flame Intensity | 20 – 30% | ||||
Drying temp () | |||||
Thermomax temp () | 140 – 22 | For Reactive: For Disperse: For Pigment: |
4.7.1 Check list:
- Padder pressure
- Level% of color trough
- Temperature of IR section, dryer and thermomax.
- Cooling of fabric by cooling roller
- Machine speed
4.7.2 Frequency of check:
After every hour
4.7.3 Reactive dyeing procedure:
1. Stock solution of Dyes is prepared.
2. Scouring & Bleaching sample is weight for light shade. But for dark shade only scouring.
3. Sample is weight m/c beaker is washed. Then pipetting of dye solution is completed into beaker according to requirement.
4. Water is taken according to requirement into that beaker.
5. Then Glauber salt is weighted and put it into beaker in solid form.
6. Scouring & bleaching or only scouring weighed sample is wet with cold clear water and squeeze then put it into the beaker.
7. Then beaker is closed with its cover and set it in Ahiba dyeing m/c.
8. Set program no. 8.
9. After complete this program cover of m/c beaker is opened and put Soda ash or Soda ash + caustic according to requirement.
10. Then cover the beaker & again put it in Ahiba dyeing m/c.
11. Set program no. according to dye types.
12. After completion of that program dyed sample is taken out from beaker.
13. Then wash the sample with cold water.
14. Then wash with hot soap water.
15. Then again washed with cold water.
16. Then dried.
4.7.4 Disperse dyeing procedure:
1. Stock solution of disperse dyes is prepared.
2. Scouring & Bleaching Sample is weight for light shade. But for dark shade only scouring sample is weighted.
3. M/C beaker is washed and pipetted the dye solution, dispersing agent & acetic acid into the beakers.
4. Water is taken according to requirement into the beaker.
5. Then sample is wet with cold clear water & squeezed, then put it into the beaker.
6. Then beaker is closed with its cover and set it in Ahiba dyeing m/c.
7. Set program no. 16.
8. After complete of the program cover of beaker is opened and sample is washed but if it is medium on dark shade then reduction clearing is carried out.
9. Stock solution of reactive days is prepared.
10. M/C beaker is washed and pipetting of dye solution is completed into beaker.
11. Water is taken according to requirement into that beaker.
12. Then Glauber salt is weighted and put it into beaker in solid from.
13. Then disperse dyed sample is wet with cold clear water and squeeze then put it into the beaker.
14. Then beaker is closed with its cover and set it in Ahiba dyeing m/c.
15. Set program no. 8.
16. After complete this program cover of m/c beaker is open and put soda ash or soda ash + caustic according to requirements.
17. Then covered the beaker and again put it in Ahiba dyeing m/c.
18. Set program no. according to dye types.
19. After complete of that program dyed sample is taken out from beaker.
20. Then wash the sample with cold water.
21. Then wash with hot soap water.
22. Again wash with cold water.
4.8 PRINTING MACHINE:
Engraving section is the most important part of the printing department. Printing department used lot of screen. They used some chemical. These are the following:
4.8.1CHEMICAL FOR PRINTING:
1. Photo
2. Chromic Acid
3. Remover
4. Thinner
5. Oxalic Acid
Take the order by the buyer, used chemical on the screen and screens 1 hour dry in the dry machine. The screen processes into the Exposing machine. Computers send the command design of the Exposing machine. The Exposing machine print out the command designs.
4.9 STORK MACHINE:
End the Engraving process, screens can send to the STORK Machine. Mainly STORK Machine can only print out from the screen.
4.9.1 STORK MACHINE:
Name of the machine : STORK MACHINE
Brand Name : STORK Company
Manufacturing country: Netherlands (Holland)
Capacity : Highest Sped 50 RPM (Rate per minute)
Production : When machine speed 50 RPM than per hour production
3000 meters
4.10 ZIMMER PRINTING:
Zimmer printing Machines can also print out from the screen. Zimmer printing Machines can print out only large size of the screen.
4.10.1 ZIMMER PRINTINE MACHINE:
Name of the machine : ZIMMER PRINTING
Brand Name : Kufstein Company
Manufacturing country: Austria
Capacity : Highest Sped 50-100 RPM (Rate per minute)
Production : When machine speed 50-100 RPM than per hour production
3000, 6000 meters
4.11 LOOP STEAMER:
After processing STORK & ZIMMER Machines fabrics send to the LOOP STEAMER. LOOP STEAMER dry and hard fabrics print.
4.11.1 LOOP STEAMER MACHINE:
Name of the machine : LOOP STEAMER
Brand Name : STORK Company
Manufacturing country: NETHERLANDS (Holland)
Capacity : Highest Sped 25 RPM (Rate per minute)
Production : When machine speed 25 RPM than per hour production
1500 meters
4.12 STENTER:
End the LOOP STEAMER processing fabrics send to the STENTER Machine. The main functions of STENTER Machine finishing the fabrics & increase its width.
4.12.1 STENTER MACHINE:
Name of the machine : STENTER MACHINE
Brand Name : Mahlo Company
Manufacturing country: INDIA
Capacity : Highest Sped 30-50 RPM (Rate per minute)
Production : When machine speed 30-50 RPM than per hour production
1800, 3000 meters
Parameter Control: For finishing, refinishing & topping:
Machine set-up parameters | Actual parameter range | Machine set value |
Mangle pressure | 2 – 6 bar | Depends on pick – up% |
Temp setting | For finishing : | According to shade |
For re-finish: | According to shade | |
Blower fan setting | For solid dyed fabric: Low & high | High |
For yarn dyed fabric: Low & high | Low | |
Width of machine chain setting | 70 – 180 cm | In case of pin: Desired width + 8cm |
In case of clip: Desired width + 6cm | ||
Over feed (in case of pin) | 0 – 18 % | As required |
Pleva setting program for T.C “9” for cotton “0” | 4.5 – 5.5% | As required |
Fabric pneumatic guide bar pressure | 0 – 2 bar | 0.5 bar |
Machine pins / clips | Not applicable | Pins: For light fabric |
Clips: For heavy fabric | ||
Burner gas pressure | 20 ml | 20 ml |
Machine speed | 7 – 120 m/min | Twill fabric: 40 – 70 m/min |
Other fabric: 40 – 100 m/min | ||
Bianco | Prog no: 1 – 10 | Depends on fabric structure |
Exhaust fan setting | Auto / Manual | Manual |
Machine set-up parameters | Actual parameter range | Machine set value |
Mangle pressure | 2 – 6 bar | 4 bar |
Temp setting | For heat-setting : | For polyester: For lycra: |
For stretching: | For polyester: For white emerizing & dyeing: | |
Blower fan setting | Low & high | High |
For stretching of yarn dyed fabric: Low & high | Low | |
Width of machine chain setting | 70 – 180 cm | In case of pin: Desired width + 8cm |
In case of clip: Desired width + 6cm | ||
Over feed (in case of pin) | 0 – 18 % | 5 – 10% |
Pleva setting program for T.C “9” for cotton “0” | 4.5 – 5.5% | 5% |
Fabric pneumatic guide bar pressure | 0 – 2 bar | 0.5 bar |
Machine pins / clips | Not applicable | Pins: For T.C fabric |
Clips: For cotton fabric | ||
Machine speed | 7 – 120 m/min | 60 – 70 m/min Depends on GSM |
Bianco | Prog no: 1 – 10 | Depends on fabric structure |
4.12.2 Check list:
- Pressure
- Temperature
- Speed
4.12.3Frequency of check:
After every hour
4.12.4 Function:
1. Apply chemicals.
2. To dart set the T/C fabric.
3. Drying of fabric.
4. To control width.
5. Curing of fabric.
6. Apply pigment dyeing.
7. To control GSM.
8. To control shrinkage.
FINISHING:
After dyeing, knit fabric is required to finish. During dyeing all knit fabric are dyed in tubular form. According to buyer’s requirement knit fabric are finished in Open form or tubular form.
4.13 For open form following m/c are required:
Kier |
Winch |
Hydro-extractor |
Dryer |
Calendar |
Stenter |
4.14.1 Kier Machine:
Name : Kier
Capacity: 1400 kg
Origin : Bangladesh
4.15.1 Winch Machine
Name: Winch
Capacity: 70kg
Origin : China
4.15.2 Functions:
Only for dyeing
4.16 HYDROEXTRACTOR M/C:
Name : NGAISHING
Model : NS 2542
Serial : 158
Company : NGAISHING Development
Origin : Hongkong
4.16.1 Function:
To extract water from fabric
4.17 Tumbular DRYER:
Tension less dryer
Model : MFG NO-0445
Company : LK & LH CO. LTD
Origin : Taiwan
Speed : 10 – 20 m/min
4.17.1 Functions:
To dry the fabric with help of steam
4.18 CALENDER M/C:
Name : Softset
Speed : 100 m /min
20-30 m / min
Origin : Korea
4.18.1 Parameter Control:
Machine set-up parameters | Actual parameter range |
Steam pressure for steel bowl | As enquired |
Pressure for cotton bowl | 100 – 400 KN |
Pressure for paper bowl | 100 – 400 KN |
Temperature | |
Speed | 0 – 150 m/min |
Tension roller setting position | 1,2,3 – depends on bowl used |
Seam distance setting | 72 – 120 |
4.18.2 Check list:
- Roller pressure
- Temperature
- Machine speed
4.18.3 Frequency of check:
After every hour
4.18.4 Functions:
1. To calendar fabric
- To reduce G.S.M.
Final inspection
Inspection refers to an investigation process of accepting or rejecting the final finished fabric from the bulk. It is an observation process of finding. Out each and every visible fault in the fabric.
Following faults also detect and identify:
Faults | Decision | |
1. | Rub mark | Reject |
2. | Cutting | Reject |
3. | Hole | Reject |
4. | Crumple | Reprocess |
5. | Tipping bleed | Reprocess |
6. | Uneven shade | Reprocess |
7. | Neps | Enzyme wash |
8. | Oil spot | Reject |
9. | Role to role variation | Reprocess |
10. | Yarn contamination | Reject |
11. | Barre mark | Reject |
5.0 RAW MATERIALS:
Raw material is a unique substance in any production oriented textile industry. It plays a vital role in case of continuous production & for high quality fabric.
5.1 Types of raw material:
The basic raw materials used are:
fabric
dyestuffs
Chemicals & auxiliaries.
5.1.1. FABRIC:
Fabric is collected mainly from weaving section of BTL. Yarn is collected mainly from Padma Textiles Ltd (1 & 2).
- 100% cotton fabric
- CVC fabric
- P/C fabric
- Lycra twill fabric
- Lycra poplin
- Medium wet twill
- Canvas
- Dense poplin
5.1.2. DYESTUFF:
Dye | Brand Name | Source |
Reactive Dye | Cibacron Brill. Blue FN-G | Ciba |
Cibacron Brown P-6R | ||
Cibacron Red C-2G | ||
Cibacron Red P-4B | ||
Cibacron Scarlet F3G | ||
Cibacron Brown BR MD | ||
Cibacron Red C2BL | ||
Cibacron Yellow C-2R | ||
Cibacron Olive S-MD | ||
Levafix Blue CA GRAN | Dystar | |
Levafix Brilliant Blue E-B | ||
Levafix Olive EGLA | ||
Remazol Black B | ||
Remazol Turquise Blue F | ||
Disperse Dye | Bezaktive Blue S-FR | BEZEMA |
Bezaktive Black S-MAX | ||
Bezaktive Blue SLF | ||
Bezaktive Navy S-BL | ||
Bezaktive Red SLF | ||
Bezaktive Turquise V-G CONC | ||
Bezaktive Red S-2B | ||
Bezaktive Yellow S-3R | ||
Bemacron Blue HP-3R | ||
Bemacron Black SE-RDL | ||
Bemacron Navy SE-RDL | ||
Bemacron Yellow S-6GF | ||
Dianix Black HF-B | Dychufix | |
Dianix Red EFB | ||
Dianix Navy XF | ||
Dianix Blue S-BB | ||
Dianix Orange G-SE | ||
Dianix Turquoise S-BG | ||
Dianix Violet 4RS-FS 400 | ||
Terasil Red R | Ciba | |
Terasil Rubine 2GFL | ||
Terasil Violet BL-01 | ||
Terasil Yellow w-4g | ||
Sulphur Dye | Diresul Green RDT-N | |
Diresul Brown RDT-R | ||
Diresul Black RDT-2KS | ||
Diresul Blue RDT-3R | ||
Diresul Olive RDT | ||
Vat Dye | Indanthren Brill. Violet RR | |
Indanthren Dark Blue BOA | ||
Indanthren Golden Orange G | ||
Indanthren Grey 5607 | ||
Pigment Dye | Helizarin Green FB-BT | |
Helizarin Yellow ECO | ||
Helizarin Black FB-HDT | ||
Helizarin Crimson ECO | ||
Helizarin Turquise FB-BT | ||
Helizarin Dark Blue CONC |
5.1.3. CHEMICALS & AUXILARIES:
Brand Name | Type | Source |
Verolan NBO | Sequestering agent | Rudolf |
Bactosol MTN | Enzyme | Clarient |
Beisol-T2090 | ||
Sandoclean PCLF | Wetting agent | |
Sandozin MRN. | Wetting agent+Detergent | |
Rucowet VL | Deaerating agent | Rudolf |
Urea | To help wet the fabric well | |
Soda ash | Medium alkali | |
Primasol V | Anti-migrating agent | |
Primasol NF | Wetting agent for Reactive dye | |
Ladiquest | Sequestering agent | |
Reductor DP | Reducing agent for sulphur dye | |
Caustic | To maintain | |
Sandozin EH | Wetting agent for Sulphur dye | |
Hydrose + caustic | Reducing agent for Vat dye | |
Acetic acid | To maintain | |
Keralon Jet-B | Anti-foaming agent for Pigment dye | |
Vitexol PFA | Prevent deposition on rollers | |
Silizen FA | Anti-migrating agent for Pigment dye | |
Halizarin FAET | Binder | CHT |
Fixapret ECO | Resin | |
Condensol FA-251 | Cat-ionic softener | |
Jinsofter NP | Polyethelene emulsion | |
Geosoft SCA | Silicon Softener | |
Romapal 1496 | Wetting agent for finishing | |
Bluton MST | OBA |
Operation Sequences of Solid Dyed Fabric
Hard winding
Warping
Sizing
Drawing
Gaiting
Weaving
Gray Inspection
Singe & Desize
Batching
Scouring & Bleaching
Mercerizing
Dyeing
Finishing
Sanforizing
Final Inspection
6.0 SINGEING – DESIZING PROCESS :
6.1 Singeing : Singeing is a process for removing projectile fibres from the fabric surface by burn.
6.2 Desizing : Desizing is a process for removing sizing materials from the fabric by chemical treatment.
6.3 Process Requirement:
Osthoff Singeing – Desizing Machine
6.4 Fabric Processed:
- For all cotton fabric
- For blended fabric (PC and CVC fabric)
- For yarn dyed fabric
6.5 Required Materials:
- Compressed air
- Water
- Natural gas
6.6 Desizing Recipe:
Chemicals | For compact fabric | For light / heavy fabric | For yarn dyed fabric | For white fabric |
Enzyme | 5 g/l | 4 g/l | 4 g/l | 4 g/l |
Wetting agent | 5 g/l | 4 g/l | 4 g/l | 4 g/l |
Sequestering agent | 4 g/l | 4 g/l | – | 1 g/l |
Dearating agent | 2 g/l | 1 g/l | – | 4-6 g/l |
Water | Required to make 1L solution | Required to make 1L solution | Required to make 1L solution | Required to make 1L solution |
Temperature : 70° c Time : 15-25 seconds
6.7 Operation Procedure:
- The fabric is stitched with the tape fabric.
- After setting machine set-up parameters and filling desizing tank with chemicals the operator turns ON the machine and sets the machine at desired speed.
- Processing continues until a batcher is completed.
- After completion of the batcher, the operator stops the machine and warps the batcher with polythene paper and rotates it in rotary station at speed 7 m/min for a certain time.
6.8 Time Required for batching:
For yarn dyed fabric | 3 – 5 hrs |
For colored fabric | 12 – 16 hrs |
For white finished fabric | 8 hrs |
7.0 QUALITY ASSURANCE PROCEDURE :
7.1 Solid Dyeing Section:
Quality assurance procedure may be divided into two major parts:
- On line quality control.
- Off line quality control.
7.1.1 On Line Quality Control:
On line quality control is done at different stages, – preparation stage
-Dyeing &
-Finishing stage.
7.1.2 On line quality control at preparation stage:
Tests are done at three stages here-
1) After Singeing-Desizing:
– Pick up %
2) After Scouring-Bleaching:
-PH test
-Absorbency test.
-Size test.
-Whiteness test
-Yellowness test
– Pick- up %
3) After Mercerising:
-PH test.
-Absorbency test
-Size test
-Whiteness test
– Yellowness test
-Pick-up % test
4)Finishing :
-Shade checking.
-Peach finish quality.
-Finish type.
-Hand feel
7.1.3 TEST PROCEDURE:
PH Test:
- Indicator: Universal solution (500 ml botle)
EMERCK, India.
- Direction of use: Use 0.02 ml solution for 10 ml of the liquid under
investigation.
- Test process : 2-3 drops of water are sprayed over the fabric.
Then add 1-2 drops of PH solution over it. The resultant color is then compared with scale.
- Acceptable Range: 6-7 (not over 7 because more than 7 means
alkanity)
- In case of non conformity: Hot wash.
7.1.4 Absorbency Test:
They use column/ wicking method of absorbency test.
M/C ,Materials, Chemicals used:
0.4 gm CIBA BLUE FNC is mixed with 200ml water(that is 2gm/l solution of CIB BLUE FNG) Beaker stand for holding fabric strip.
Fabric size: 13cm*1cm.
process:
Fabric strip is hanged down from a stick up to the level of dye solution. Then for one minute the strip is kept. Then the height is measured up to which dye solution is absorbed.
Range:
At least 30 mm and up.
In case of non-confirmity:
Padding with wetting agent or rewash or rebleach.
Size Test:
Chemical used : Iodine solution.
Preparation of Solution :
First 0.1(N) iodine is prepared. From that 1ml solution is taken and 99ml water is mixed to make it 100 ml.
Preparation of Iodine Solution:
Dissolve 10 gm of potassium iodide
in 100 ml water. Add 0.65 gm iodine and shake up
complete dissolution. Fill with water ethanol upto 1litre
Application of iodine solution:
Put the fabric sample 1minute into the iodine solution. Rinse shortly with cold water. Dab with filter paper and compare immediately with violet scale.
Acceptable range:
Minimum 6
Maximum upto 9
Pick up% :
- 3pieces of fabrics are taken; 1from right, 1 from left, 1 from center.
- Bag weight is taken.
- Dry weight of fabric is taken.+ Bag weight.
- Dry fabric weight =(Bag+ Fabric)- Bag weight
- Then fabric is washed with hot water and then dried with iron.
- Then weight of chemical=(wet-dry)fabric weight.
- Wet -Dry
- Then pick up%
- Dry
- Mercerizing=70-80% pick up.
- Desizing = 80% and up.
- Scouring-bleaching= 80% and up.
Whiteness test :
- Done in data colour.
- Range 70-80% (The fabric which will be dyed).
& 80% and up(For white fabric).
Yellowness test :
- Tested in data color .
- Range 3- 3.5 (Fabric to be dyed).
&Less then 1.5 (White fabric).
Core PH Test :
Used for yarn dyed fabric(As yarn dyed fabric is died previously, so it is not possible to test PH in dyed fabric).
- 10 gm yarn dyed fabric is taken in beaker.
- 250 ml hot water is added(90C).
- Again warm up.
- Then conditioning until it is cold.
- PH test by PH meter.
7.2.1 Sample collection:
One meter sample of every order is collected by online inspector after stenter finishing and after sanforising. All the finished fabric tested are curried out on this fabric. Every sample is clearly identified with a sticker.
7.2.2 Physical Tests:
Threads per inch(TPI):
The procedure for TPI test of finished fabric is as followed:
Machine used : Thread counter.
Manufacturer : James H. Heal & Company, Halifix, England.
Frequency : Every order.
Procedure : 3 one inch square samples are taken from a
fabric, there samples are taken one from the center, one from the right and another from left. Threads of each sample are counted both weft & warp wise.
Performance Std.: + 5%
In case of non-conformity: Re-finish.
Fabric weight (G.S.M) :
The procedure for fabric weight test of finished fabric:
M/C used : G.S.M. cutter.
Frequency : Every order.
Procedure : 3 samples pieces are cut with G.S.M. cutter. Find
their average wt.
Gram per square meter (GSM)= Average wt*100
Ounce per square meter (oz/yd2)=G.S.M.*0.0296
Performance std: According to buyer’s given std.
In case of non-conformity:
To increase G.S.M.: Reduce width mechanically.
To decrease G.S.M.: Increase width mechanically
Width Test :
Machine used : Measuring tape.
Frequency : Every order & after every finishing process.
Procedure : Manual measurement by tape.
Overall width : Total width.
Useable width : Width without selvedge.
Pref. Std. : 150+2 cm or specified by the customer.
Incase of non-conformity: Re-finish.
Tensile strength :
-M/C used : Alphateus Tensile Tester.
-Frequency : Every order.
-Procedure : According to customers requirements.
-In case of non-conformity: To increase tensile strength re-
mercerise (increase of 5-10%) and re-finish.
Tear strength :
– M/C used : Element Tearing Tester.
– Manufacture : Messmer Instruments Ltd.
– Frequency : Every order(only for 100% cotton light fabric).
– Procedure : According to customers requirements.
– In case of non-conformity: To increase tearing strength re-mercerise & re-finish.
Pilling Resistance :
– M/C used : ICI Pilling box.
– Manufacturer : James H. Heals.
– Frequency : Whenever required.
– Procedure : BS 5811(36000 rer) ASTM D 3512 & according to
customer requirement.
-Performance std.: Grade 4; Grade 3(For each fabric).
– In case of non-conformity: Re-singeing followed by resin finish.
7.2.3 Chemical tests :
Fastness to wash :
Fastness to wash is the resistance of dyed fabric to bleed under the action of washing chemicals.
For this test the following reagents are used-
- ECE reference detergent
- Sodium Carbonate
- Distilled water
Testing Procedure:
- 1. The specimen measuring 10 cm x 4 cm of material is cut out.
- Avoid specimen within 5 cm of the selvedge.
- Cut a piece of multi-fibre 4 cm wide
- The multi-fibre has selvedge of 10 cm long.
- Align test specimens and multi-fibre and sew together to form a composite specimen.
There are 5 ISO standard washing fastness tests-
Test | Temp (0C) | Time (min) | Steel balls | Reagents |
ISO 1 | 40 | 30 | 0 | Soap (5 g/l) |
ISO 2 | 50 | 30 | 0 | Soap (5 g/l) |
ISO 3 | 60 | 30 | 0 | Soap (5 g/l)+ Soda (2 g/l) |
ISO 4 | 95 | 30 | 10 | Soap (5 g/l)+ Soda (2 g/l) |
ISO 5 | 95 | 240 | 10 | Soap (5 g/l)+ Soda (2 g/l) |
Assessments :
Compare the contrast between the treated and untreated sample with the changing grey scale and staining of multi-fibre fabric with the staining grey scale in color matching cabinet.
Fastness to rubbing :
Fastness to rubbing is the resistance of dyed fabric to color loss by friction or rubbing.
Crocking cloth:
This is a white unbleached, undyed cotton fabric. For wet rub, crocking cloth will be wetted with water and squeeze to 100% take up.
Procedure :
1. Cut the sample as long as that can cover the metallic mounting plate
2. Two specimens are required for dry rub and two for wet rub testing.
3. For both dry and wet test one specimen will be placed to warp direction and other weft direction.
4. Place the sample with tape under the mellalic mountain plate
5. Then 10 x 10s (to and fro 1 rub/sec) rub is done by turning the handle.
6. Remove the crocking cloth form peg. In wet rub the crocking cloth is dried at room temperature.
Assessment:
Compare the contrast between the treated and untreated white crocking cloth with the staining grey scale and color changing with changing grey scale in a color matching cabinet.
Fastness to perspiration :
The garments which come into contact with the body where perspiration is heavy may suffer serious local discoloration to artificial perspiration solutions are made up as follows –
Chemical name | Alkaline | Acid |
l-Histadine mono-hydrochloride mono-hydrate | 0.5 gm | 0.5 gm |
NaCl | 5 gm | 5 gm |
Di sodium hydrogen ortho phosphate | 2.5 gm | 2.2 gm |
Distilled water | 1000 ml | 1000 ml |
PH | 8 | 5.5 |
Wet out the test specimen with adjacent fabrics in mentioned perspiration solutions at room temperature, liquor ratio 50:1 and leave for 30 minutes, pour of the excess solutions, place the test specimen between two glass or acrylic plates under a pressure of 12.5 kilo pascle and placed in a drying oven for 4 hours at 370C. Then the specimen is dried in warm air.
Assessment :
Compare the contrast between treated and untreated dyed sample with changing grey scale and staining grey scale in a color matching cabinet.
8.0 UTILITY DEPARTMENT CONTROL THE FOLLOWING UNIT:
– Boiler
– Chiller
– Gas – Compressor
– Electricity
– Generator
8.1 ELECTRICITY :
The main utility electricity is supplied from PDB and also by generator.
8.2 UNITS OF CHILLER :
- Evaporator
- Absorber
- Generator
- Condenser
Chemicals used in Chiller:
LiBr (lithium bromide) as an absorbent.
Water used as a refrigerant.
8.3 CAPACITY OF CHILLER:
- 210 RT
- 250 RT
- 500 RT
8.4 BOILER:
No of boiler – 4
Capacity – 20 ton
Fuel – natural gas
Evaporation -1000×3 kg/hr
8.5 COMPRESSOR:
No of compressor : 6 maximum working pressure
Maximum working pressure : 7.5 bar
Rotational shaft speed : 1485 rev/min
Capacity :774 lit/min
8.6 GENERATOR:
Equipment used : gas generator
Manufacturer : Wartsila-Frank
No of generator : 8( 1 self start able& other 7 air + CH4 start able)
Gas engine used.
16 cyl. Per engine
Overall efficiency: 80%
Heat recovery possible from 4 engines.
Cylinder capacity : 71.6dm3
Ignition pressure :90 bar
Piston speed :9 m/sec
Pressure of gas :60-62 mili bar
Air pressure :7 bar
Electricity take up from PDB:1.5 mw/sec
Mixture of gas air : 1:18
Capacity :1 MW
Total power is then distributed as per requirements of different section in Dacca Dyeing.
8.7 GAS:
Gas is mainly used for steam production.
The gas is used from TITAS
Generally 36m3 gas is required to produce 1 to steam.
8.8 WATER:
Continuous supply of water for BTL, BDL& DKL must be ensured by pump. Mainly two pumps are used for water pick up.
Pump | Capacity | Setup |
Submersible pump-1 | 260 m/hr | Discharge value:100% open |
Submersible pump-2 | 204 m/hr | Discharge value:100% open |
Depth of pump: 140 ft
Also pump for chemical dosing& Centrifugal pump for yarn dyeing.
8.9 SOURCES OF UTILITY :
· Electricity : PDB & Generator
· Steam : Boiler
· Water : Pump
· Compressed air : Compressor
· Temperature control : Chiller
· Gas : TITAS
8.10 COST :
36 cubic meter gas required for 1 ton steam generation.
- ·Required steam/day: 9500 ton
- ·PDB:
Pick hr: 4.22 tk/unit
Off pick hr: 3.70 tk/unit
- ·Generator:2.25 tk/unit of electricity
8.11 Product Quality Check:
Following chemical tests are carried out to check the quality:
- BOD
· COD
· Total suspended solids - Total dissolved solids
- Color
- pH
8.12 Typical Output of the Plant:
· Raw effluent treated 15000LPH
· Raw effluent color Black
· Raw effluent pH 11
· Treated effluent color Light greenish
· Treated effluent pH 8.5
· Treated effluent temp 38ºC
· Total suspended solids 35 PPM
9.0 FREQUENCY OF INVENTORY UPDATE:
· Monthly inventory control
· Annual inventory control
9.1 SCOPE OF INVENTORY CONTROL:
-Raw materials
· Dyes store
· Other chemicals
· Grey fabrics
-Finished fabric
-Spare parts
-General store:
· Capital equipments
· Accessories
· Stationary
· Maintenance parts
9.2 INVENTORY SYSTEM FOR RAW MATERIALS:
- Raw materials partially received from production planning & directly from Head office.
- Material receiving & inspection report (MRIR) is prepared. Received quantity is mentioned & noted down.
- Submitted to QC dept. Some are OK & few are rejected.
- Entry of data of goods in DATATEX.
- Goods are arranged according to OK or rejected group.
- Department gives store requisition to warehouse.
- As per requisition materials supplied & this record are noted down.
9.3 STAGES OF GREY FABRIC INVENTORY CONTROL:
- After knitting production
- Grey inspection
- Warehouse
- Batch preparation
- Dye house
9.4 STAGES OF FINISHED FABRIC INVENTORY CONTROL:
- Finishing section
- After final inspection
- Warehouse
9.5 STORE CAPACITY:
- Dyes & chemicals : 100 tons
- Grey fabrics : 50 tons
- Yarn store : 100 tons
9.6 PRESENT STOCK OF DYES & CHEMICALS:
SOLID DYEING DEPT.
LIST OF DYES : unit:kg
SL.NO. | NAME of ITEM | Company | S. Store | G. Store | Total |
Bezactive Black S-MAX | BEZEMA | 137 | 0 | 137 | |
Bezactive Blue S-GLD | BEZEMA | 24 | 0 | 24 | |
Bezactive Blue SLF | BEZEMA | 14 | 0 | 14 | |
Bezactive Navy S-LB | BEZEMA | 48 | 0 | 48 | |
Bezactive Red S-3B | BEZEMA | 70 | 0 | 70 | |
Bezactive Red SLF | BEZEMA | 35 | 0 | 35 | |
Bezactive Yellow S-3R | BEZEMA | 70 | 0 | 70 | |
Bezactive Yellow S-LF | BEZEMA | 0 | 0 | 0 | |
Terasil Black SRL-01 | CIBA | 0 | 0 | 0 | |
Terasil Black W-NS | CIBA | 8 | 0 | 8 | |
Terasil Blue GNN-01 | CIBA | 66 | 225 | 291 | |
Terasil Blue WRBS | CIBA | 35 | 75 | 110 | |
Terasil Brown 3R | CIBA | 25 | 125 | 150 | |
Terasil Golden Yellow | CIBA | 22 | 0 | 22 | |
Terasil Navy GRLC | CIBA | 25 | 150 | 175 | |
Terasil Red R | CIBA | 10 | 0 | 10 | |
Terasil Rubine 2-GFL | CIBA | 23 | 100 | 123 | |
Terasil Violet BL-01 | CIBA | 23 | 75 | 98 | |
Terasil Yellow W-4G | CIBA | 3 | 0 | 3 | |
Helizarine Black FL-CK | BASF | 13 | 0 | 13 | |
Helizarine Black FBG | BASF | 8 | 0 | 8 | |
Helizarine Blue FB-RT | BASF | 0 | 0 | 0 | |
Helizarine Dark Blue CON | BASF | 27 | 0 | 27 | |
Helizarine Crimson ECO | BASF | 28 | 0 | 28 | |
Helizarine GoldYellow ECO | BASF | 66 | 0 | 66 | |
Heli.Yellow RRT-KONSZ | BASF | 15 | 0 | 15 | |
Helizarine Red FBB-BT | BASF | 0 | 0 | 0 | |
HelizarineViolet FB-BT | BASF | 22 | 0 | 22 | |
Helizarine Yellow FB-5G | BASF | 10 | 0 | 10 | |
Helizarine Yellow FL-RM | BASF | 0 | 0 | 0 | |
Helizarine Yellow FL-3RCN | BASF | 20 | 0 | 20 |
9.10 LIST OF CHEMICALS
PREPARATION CHEMICALS : unit:kg
SL.NO. | NAME of ITEM | S. Store | G. Store | Total |
1. | Acetic acid | 945 | 0 | 945 |
2. | Caustic soda | 5000 | 0 | 5000 |
3. | Forylase AT | 30 | 0 | 30 |
4. | Gisapal 111 | 125 | 0 | 125 |
5. | Hydrozen per-oxide | 3780 | 0 | 3780 |
6. | Inferol MSA | 145 | 1150 | 1295 |
7. | Cerafil NSR | 0 | 0 | 0 |
8. | Solpon-7122-NS/1400NS | 0 | 0 | 0 |
9. | Lavist-ZYM AVE | 0 | 0 | 0 |
10. | Kieralon MFB | 165 | 0 | 165 |
11. | Gestab RS(Y/D,S/D) | 120 | 0 | 120 |
12. | Delinol VB | 0 | 0 | 0 |
13. | Contavan GAL | 0 | 0 | 0 |
14. | Kieralon JET-B | 115 | 0 | 115 |
15. | Permacol SQ | 0 | 0 | 0 |
16. | Bactosol MTN | 120 | 0 | 120 |
17. | Stabilol-ZM/P | 0 | 0 | 0 |
18. | Securon 540 | 0 | 0 | 0 |
19. | Cottoclarin HE-85 | 100 | 0 | 100 |
20. | Prestogen –D | 0 | 0 | 0 |
21. | Rocuwet-VL | 250 | 0 | 250 |
22. | JentexymeDZH-123 | 0 | 0 | 0 |
TOTAL | 10895 | 1150 | 12045 |
Finishing chemicals(for Pigment):
unit:kg
SL.NO. | NAME of ITEM | S. Store | G. Store | Total |
1. | Besasoft SMS | 75 | 0 | 75 |
2. | Diammonium phosphate | 50 | 0 | 50 |
3. | Helizerine binder ETS | 1100 | 0 | 1100 |
4. | Lupritol FA-PE | 60 | 0 | 60 |
5. | Perapret-PU | 10 | 0 | 10 |
6. | Siligen FA | 125 | 0 | 125 |
7. | Kieralon JET B CONC | 115 | 0 | 115 |
8. | Vitexol-PFA | 125 | 0 | 125 |
TOTAL | 1660 | 0 | 1660 |
10.0 Processing Cost of Woven Fabric:
2078
SINGE/ DESIZE | SL# | NAME OF DYES AND CHEMICALS | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | Rucolase CML 200 | 2.280 | 110.397 | 251.705 | 0.26465 | ||
2 | Rucogen FWK | 1.710 | 149.825 | 256.200 | |||
3 | Recowet VF | 0.570 | 141.939 | 80.9052 |
2357
SCOURING | SL# | NAME OF SYES AND CHEMICALS | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | NaOH | 13.140 | 16.4020 | 215.522 | 0.3244 | ||
2 | Recogen FWK | 3.504 | 149.825 | 524.986 | |||
3 | Na2SO4,10H2O |
2362
BLEACH | SL# | NAME OF DYES AND CHEMICALS | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | H2O2 | 15.000 | 116.52 | 247.800 |
0.531 | ||
2 | NaOH | 7.500 | 14.879 | 111.592 | |||
3 | Patalin HBR | 3.000 | 44.568 | 433.704 | |||
4 | Lavatex | 3.600 | 73.598 | 264.952 | |||
5 | Delinol V-B | 1.800 | 89.369 | 160.864 | |||
6 | MgCl2 | 0.300 | 42.000 | 12.6000 |
2359
MERCERISING | SL# | NAME OF DYES AND CHEMICAL | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | NaOH | 121.363 | 14.879 | 1805.7631 |
1.1 | ||
2 | Kieralon OL | 1.693 | 115.654 | 195.8537 | |||
3 | CH3COOH | 7.762 | 32.219 | 250.0710 | |||
4 | Infarol MSA | 2.681 | 91.472 | 245.2620 |
2130
REACTIVE (DYEING) | SL# | NAME OF DYES AND CHEMICAL | G/L | CONSUMTION | TK/KG | TOTAL COST | TK/LM |
1 | Ciracron Yellow C2R | 12.60 | 6.370 | 721.718 | 4597.3437 |
17.29 | |
2 | Cibarcron Red C2BL | 10.60 | 5.350 | 1333.343 | 7133.3851 | ||
3 | Cibacron Black HF – 2G | 51.60 | 26.190 | 532.988 | 13958.9557 | ||
4 | Solazol Blue C2R | ||||||
5 | Lyoprint RG | ||||||
6 | Size CA20 | 5.0 | 2.500 | 97.000 | 242.50000 | ||
7 | Cibaflow PAD | 1.00 | 0.500 | 314.550 | 157.2750 | ||
8 | Na2CO3 |
2276
C. P. S. | SL# | NAME OF DYES AND CHEMICALS | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | Cibapon R | 0.800 | 143.295 | 114.636 |
5.45 | ||
2 | Na2SO4, 10H2O | 100.000 | 5.741 | 574.100 | |||
3 | NaOH | 3.200 | 14.879 | 47.6128 | |||
4 | Lyoprint RG | 1.200 | 207.953 | 249.543 | |||
5 | Hydross |
2300
FINISHING | SL# | NAME OF DYES AND CHEMICAL | G/L | CONSUMPTION | TK/KG | TOTAL COST | TK/LM |
1 | Oleophobol 7713 | 80.00 | 32.000 | 1247.715 | 39926.8800 |
21.37 | |
2 | Repellan KFC | 20.00 | 8.000 | 751.374 | 6010.9920 | ||
3 | Hydrophobol XAN | 8.00 | 3.200 | 1099.178 | 3517.3696 | ||
4 | CH3COOH | 0.20 | 0.080 | 32.21 | 2.5775 | ||
5 | Repellan HYN | 10.00 | 4.000 | 192.100 | 768.4000 | ||
6 | Uvitex MST | ||||||
7 | Nekanil LN |
11.0 Name of theBuyer/Customer in Dacca Dyeing Manufacturing Company Limited:
1. IEKA
2. LITTLEWOOD
3. JOTEX
4. DORMA
5. KOPPERMAN
6. ASHLY WILES
7. VIVA
8. JYSK
9. ELLOS
11.1 MARKETING STRATEGIES 2006:
The vision for the year 2006 & beyond is of innovation, speed & service driven marketing where by customers faith & Dacca Dyeing’s capabilities are enhanced in a financially beneficial way. IEKA,LITTLEWOOD,JOTEX,JYSK among other is a good example of this strategy as their volume have grown & promised to go further. We are trying to add new customer tour customer profile. Targeting on new customers we participated on different trade fairs all over the world. Through aggressive & dynamic marketing strategies we established ourselves for 2007 as creative, innovative & reliable supplier in this industry. Our strategy to market mostly value added product was also successful. The year 2006 was the most successful year in terms of sales volume & turn over.
11.2 MARKETING STRATEGIES 2005:
Our marketing team remained at forefront of tackling competitive challenges by exploring new territories, customers & products. In the generally prevailing uncertainties & impending liberalization of quota regimes the design team again played a pivotal role in changing the perception of DACCA DYEING as a typically Asian supplier with increased customer contacts, collaborative working methods new value added products like stretch fabric & slub fabric. New finishes such as Wrinkle free, Teflon & combinations of both were added to our range. Our participation in high profile trade fairs such as Tex world in Paris, France & Magic in Las Vegas, USA increased our visibility in the international market & enhanced our reputation. Next, the fastest growing clothing retailer in the UK gave us additional support to our customer list. There was an exponential growth in sales to H&M. IN spite of the difficult conditions; we were able to penetrate new markets in the form of LEVIS Europe & Mexico. Our overall marketing policy of going for quality rather than volumes paid rich dividends & we were able to not only hold onto our existing customer base but venture into new markets.
Source: Annual Report 2005.
11.3 MARKETING STRATEGIES 2004:
The declining retail sales & the losses shown by the big retailers worldwide & the consequent drop in order in the worldwide garment industry provide to be a major challenge to our marketing efforts & strategy. The very fact that in spite of the factors mentioned earlier we maintained more or less the sales of last year, showing a fall on only 3.32% is a credit to our marketing.
In an uncertain world market, we doubled our efforts with our designed team leading the way. We increased our call on the customers & looked for ways to add new ones also. Having established a strong relationship with LEVIS USA & becoming one of their core suppliers, we targeted Levis Europe & Levis Australia also & made in roads there. Next, who we had brought in last year increased their sales with us substantially as did ZARA. Our other customers are loyal to us, in spite of cutting their sales with other. We added new & dynamic designers to the existing team, & can proudly say that our spring & autumn collections were held as some of the best to be presented. These meetings boosted the confidence of existing buyers & attracted new customer. We again participated in Tex world Fair in Paris & our stall was one of the busiest & most visited one in the whole fair.
We continued with our strategy to market value added products like yarn dyed & fabrics with special finishes. This is reflected in the increase in our average price per linear meter.
We are now in a strong position to take on the challenge of WTO in the end of 2004 when quotas will be abolished & only those company’s with a reputation for innovation, creativity & reliability & the ones having strong strategic relationship & business alliance will survive & benefit.
Source: Annual report 2004
12.0 Conclusion:
Dacca Dyeing Ltd is a private limited company with composite dyeing manufacturer & exporter and BTL. Customer satisfaction is our main goal, competitive professional service, and price, world class quality, on time delivery, honesty and reliability. They want to maximize synergistic benefit, and become a market leader through the pursuit of high productivity, advanced technological innovation and absolute customer satisfaction by leveraging on the strengths of their core business. They focus on customer needs and wants continuously and manufacture high standard quality dyeing apparels. They establish themselves as the leading provider of dyeing apparels by serving international market especially for retailer. They strive to meet challenging market needs through a closer working relationship with business partners, innovative manufacturing process and maintaining standard customer service. For achieving their goal, Dacca dyeing manufacturing company limitted has recruited a high profiled human resource team. The production is controlled by technical persons. All of the decision makers of production sector in Dacca Dyeing Ltd. are textiles graduates. According to their capacity they have an enriched production team which is very rare in other factories of Bangladesh. The working environment of Dacca Dyeing Ltd. is very good & friendly. They try to follow al the industrial rules. The management of the Dacca Dyeing ltd is always careful about the satisfaction of the employees. All of the executives & employees of Dacca Dyeing Ltd. are very much cordial & they always appreciate with the learners.
Dacca Dyeing Ltd. wants to get high production & to maintain the quality of the product at a minimum cost. They buy yarn from the different types of spinning mills. There is no yarn testing machine for test yarn. So, sometime they found different types of yarn fault which effect on their production. There is no polar fleece & auto stripe m/c in Dacca Dyeing Ltd. so they are not able to produce all types of dye structure. In dyeing lab Dacca Dyeing Ltd. is using normal pipetting system which can not give the accurate result, but if they use digital pipettting system or dispense type digital pipetting system I think their accuracy will increase to a maximum level. There is no person to input the self shade of different types of lot everyday in the spectrophotometer but for accuracy of the recipe it is very important to input the self shade of different lot of dyes in a regular basis. For dyeing they are using Acme m/c but if they use Fongs, Thies or Sclabos m/c I think their product quality will be higher, because high quality machine gives high production with low liquor ratio with lower amount of chemical. In garments section, for cutting they usually use manual straight knife cutting m/c and band knife cutting machine, but if they use computerized cutting m/c their accuracy will increase & their efficiency will increase to a maximum leve. If they use embroider and printing machine in their garments, I think, their production will be very high. I think if they improve the above things, their product quality, efficiency and accuracy will be increased and maximum.
12.1 Some Suggestions:
- During the transport of the fabric in the dyeing floor and also during the loading of the m/c, fabrics are soiled for the contact with floor. This makes the fabric/part of the fabric dirty. It may require more scouring/bleaching agent or may create stain making it faulty.
- The dyeing floor is watery most of the time: it should be cleaned all the time.
- The illumination of the dyeing shade should be enhanced. It may exert the worker fatigue ness.
- More skilled labour should be used in a project as BTL. Many time the dosing pipelines are clogged due to the careless dosing of chemicals.
- The m/c stoppage time should be analyzed and minimized. The maintenance should be carried out when the m/c is out of action (wherever possible)