Recent Trend in Technology Upgradation in the

Indian Textile Industry – Need for S&T

Intervention

 

 

 

Pradip Biswas

 

The importance of textile industry in the national economy can be found in its substantial contribution to employment, value addition and export earnings. In 2005-06 textile sector contributed 17.4 percent in total exports of the country. The following summary account of the sector exhibits a few features of importance, and these are: (1) industry structure with significant presence of small sectors; (2) under-capitalized units and low labour productivity holding up; (3) skill sets in need of improvement – and all this call for technological intervention.  

The textiles and clothing industry can be broadly divided into five stages of production, namely, ginning, spinning (yarn), weaving (fabrics), made-ups, and garments. The Handbook of Statistics on Textile Industry (HBSTI) provides detailed data on selected segments of the industry. According to the HBSTI (2008), Non-SSI textile mills including spinning employed 8.53 lakh workers in 2007 with the average size of employment per mill being 472 and the SSI spinning mills employed 42270 workers with the average employment per mill being 32 workers. A comprehensive study covering all the segments of the industry was made by Bedi (2008). According to the estimates made by Bedi (2008), approximately 52.5 lakh textile and clothing units existed in India in 2000–2001 and around 99.9 percent of these units (96.1 percent marginal and 3.8 percent small) operated with gross value of plant and machinery (GVP&M) less than or equal to Rs 1 crore (Table 1). In fact, the share of own account manufacturing enterprise (OAME) units is very high (85.7 percent). Total value-addition by this sector amounts to Rs 37127 crore of which ginning, cleaning and bailing shared 0.1 percentage, spinning shared 28.9 percent, weaving shared 19.4 percent and the finishing, made up and garment  shared 7 percent, 16.2 percent and 28.5 percent respectively (table 2). It employed around 124 lakh people and the share of ginning, cleaning and bailing was 0.2 percent, spinning 7.6 percent, weaving 26.3 percent, finishing 3.8 percent, made-ups 22.9 percent and garments 39.2 percent (table 3). Value added per worker turns out to be only Rs 24 thousand. There is an urgent need for raising productivity of labour and this can be achieved through technological up-gradation of the various small, medium and large units operating at different segments of the industry.

 

 

Table 1: Number of Cotton and Synthetic Textiles and Clothing Units

 

 

 

 

Employment in number

 

 

Share in Total Cotton and Synthetic (%)

 

Marginal

Small

Medium

Large

Total

Marginal

Small

Medium

Large

Total

Cotton ginning, cleaning, and baling

6,320

181

1

6,502

0.2

0.1

0.1

0.2

Cotton and synthetic spinning

82,835

4,006

628

906

88,375

2.6

2.5

38.0

64.3

2.6

Cotton and synthetic weaving

596,711

60,770

202

145

657,828

18.6

38.3

12.2

10.3

19.3

Cotton and synthetic finishing

50,577

6,704

377

176

57,834

1.6

4.2

22.8

12.5

1.7

Cotton and synthetic made-ups

716,288

42,142

163

112

762,804

22.3

26.6

9.9

8.0

22.4

Cotton and synthetic garments

1,757,788

44,936

280

69

1,830,289

54.8

28.3

16.9

4.9

53.8

Cotton and synthetic, total

3,210,519

158,739

1,651

1,408

3,403,632

100.0

100.0

100.0

100.0

100.0

Share of cotton and synthetic units in all fiber units

64

79

90

87

65

 All fibers

5,041,542

201,175

1,829

1,624

5,246,170

Source: Bedi (2008) (compiled from Unit-level data of ASI (2000-2001) and NSSO data on unorganized manufacturing sector, 2000-2001).

 

 

 

Table 2: Value added in cotton and synthetic textiles and clothing units

 

 

 

 

Employment in number

 

 

Share in Total Cotton and Synthetic (%)

 

Marginal

Small

Medium

Large

Total

Marginal

Small

Medium

Large

Total

Cotton ginning, cleaning, and baling

125

93

17

236

0.2

0.1

0.1

0

0.1

Cotton and synthetic spinning 

643

5,333

5,564

71,595

83,135

0.8

5.9

27

69.8

28.9

Cotton and synthetic weaving 

17,369

20,846

2,529

15,227

55,972

21.7

23

12.3

14.9

19.4

Cotton and synthetic finishing 

1,465

6,869

5,096

6,645

20,075

1.8

7.6

24.8

6.5

7

Cotton and synthetic made-ups

16,907

23,320

2,344

5,877

46,582

21.1

25.7

11.4

5.7

16.2

Cotton and synthetic garments

43,622

34,366

5,021

3,183

81,990

54.4

37.8

24.4

3.1

28.5

Cotton and synthetic, total

80,131

90,828

20,572

102,527

287,990

100

100

100

100

100

Share of cotton and synthetic units in all fiber units

72

82

86

82

78

 All fibers

111,086

110,389

23,962

125,832

371,269

Source: Bedi (2008) (Compiled from Unit-level data of ASI (2000-2001) and NSSO data on unorganized manufacturing sector, 2000-2001).

 

 

 

Table 3: Number of employees in cotton and synthetic textiles and clothing units

 

 

 

Employment in Number

 

Share in Total Cotton and Synthetic

(%)

Marginal

Small

Medium

Large

Total

Marginal

Small

Medium

Large

Total

Cotton ginning, cleaning, and baling

10,193

4,611

529

15,333

0.2

0.2

0.3

0.0

0.2

Cotton and Synthetic spinning

126,234

92,514

66,123

360,864

645,735

2.1

4.9

34.7

67.7

7.6

Cotton and Synthetic weaving

1,493,846

627,825

21,815

83,165

2,226,651

25.4

33.6

11.4

15.6

26.3

Cotton and Synthetic finishing

111,812

108,230

47,226

52,652

319,920

1.9

5.8

24.8

9.9

3.8

Cotton and Synthetic made-ups

1,453,579

478,286

16,807

17,019

1,941,234

24.7

25.6

8.8

3.2

22.9

Cotton and Synthetic garments

2,685,743

558,135

38,062

19,529

3,319,571

45.7

29.9

20.0

3.7

39.2

Cotton and Synthetic

5,881,407

1,869,600

190,562

533,230

8,468,444

100.0

100.0

100.0

100.0

100.0

Share of cotton and synthetic units in all fiber units

66

78

81

69

68

All Fibres

8,979,006

2,400,855

236,567

772,820

12,389,248

Source: Bedi (2008), (compiled from Unit-level data of ASI (2000-2001) and NSSO data on unorganized manufacturing sector, 2000-2001).

 

 

Technological improvement in the textiles and clothing industry is made primarily through investment in fixed capital whereby new plant, equipment and machinery embodying new or improved technology are added. According to Annual Survey of Industries data on the factory sector units, gross fixed capital formation at 1993-94 prices showed a cyclical pattern – it first increased rapidly during 1991 - 1996, then started declining and reached the trough of the cycle in 2002 and thereafter it started moving upward and continued till 2005 for which latest data are available. Table 4 provides estimates of average annual of GFCF for different periods – it was Rs 3129 crore during 1991-94, which rose to Rs 5769 crore during 1995-98. In the period 1999-02 average annual GFCF declined substantially to Rs 3815 crore and during 2003-05 it increased to Rs 4358 crore. Disaggregated data indicate that the three segments namely spinning, weaving and finishing of textiles received the major share of the investments. The investment however increased rapidly during 1991-98 and then it declined and remained at lower levels till 2005. Steady and a sizeable growth of investment in the periods 1999 onwards however took place in made-up textiles, knitted and crocheted fabrics and articles, and wearing apparel.

 

Table 4: Annual Average Investment (Gross Fixed Capital Formation) at 1993-94

Price (in Rs crore)

 

Industry  Segment

1991-94

1995-98

1999-02

2003-05

(1) Spinning, weaving and finishing of textiles

2791

5045

3051

3120

(i) Preparation and spinning of textile fiber including     weaving of textiles

2470

2605

(ii) Finishing of textiles

573

515

(2) Manufacture of other textiles

89

152

154

324

(i) Manufacture of made-up textile articles, except     apparel

41

149

(ii) Manufacture of carpet and rugs

34

67

(iii) Manufacture of cordage, rope, twine and netting

14

31

(iv) Manufacture of other textiles n.e.c.

61

77

(3) Manufacture of knitted and crocheted fabrics and      articles

57

141

213

370

(4) Manufacture of wearing apparel, except fur      apparel

192

429

397

543

All Segments

3129

5769

3815

4358

Note: 1991 refers to financial year ending on 31st March, 1991 and similarly for others.

Source: Computed from Annual Survey of Industries, CSO.

 

 

Gross Fixed Capital Formation includes plant and machinery together with land and building, and thus one cannot say precisely how much investment is made on improved technology. Separate data on the purchase of textile machinery, both domestically produced and imported, are also available which indicate steady decline (in value terms at current prices) from Rs 3411 crore in 1995-96 to Rs 1877 crore in 2001-02 and then it increased rapidly and reached Rs 8503 crore in 2005-06.

The rapid growth of the investment in textile machines reflect to an extent the effect of Technology Up-Gradation Fund Scheme (started in 1999) of which further discussion will be made later. It is shown in Table 5 that the share of imported machinery in total purchase of machinery by the textile industry was alarmingly high – it varied within the range of 56 to 66 percent during 1995 – 2002 when the investment in machinery was declining, and thereafter with the rapid increase in the installation of machinery the share of imported machinery rose further to 80 percent in 2005-06. It points towards the fact that there is a great scope of raising domestic production of textile machinery. 

 

 

Table 5: Investment in Textile Machinery  (Rs Crore)

Year

Investment in machinery

Share of import in total purchase of machinery (%)

Installed capacity of domestic textile machinery manufacturing industry

Capacity utilization of domestic textile machinery manufacturing industry (%)

1995-96

3411

62

1996-97

2650

63

3000

43

1997-98

2911

60

3300

45

1998-99

2286

62

3600

32

1999-00

1866

56

3600

31

2000-01

2023

57

3600

36

2001-02

1877

66

3800

28

2002-03

2603

70

3800

31

2003-04

2986

73

3050

44

2004-05

4508

73

3050

55

2005-06

8503

80

3200

69

Source:TMMA

 

 

It is striking to note that the textile industry continued to import its machinery from abroad while the domestic manufacturers of textile machinery did not invest in raising their capacity and more surprisingly their capacity utilization remained abysmally low. The capacity utilization of domestic manufacturers of textile machineries varied within 28 to 44 percent during 1996 – 2004, and then it rose to 55 percent in 2004-05 and further to 69 percent in 2005-06. Moreover a sizeable amount of the domestically produced textile machinery was exported. There seems to be a disjuncture between domestic users of textile machinery and the domestic producers of textile machinery – the latter failed to meet the specific requirements of the Indian textile industry. Not only more investment is required in raising the capacity of the textile machinery manufacturing industry, but it also requires more expenditure on R&D and making the machinery suitable for Indian textile industry.

Table 6 shows the types of machinery imported for various activities of the textile industry during the period 2003-06 when the machinery import shot up. This broadly reflects the domestic demand pattern of textile machinery as the imports cover as large as 80 percent of the domestic requirement in 2005-06. Total imports of machinery increased from Rs 2380 crore in 2003-04 to Rs 3552 crore in 2004-05 and further to Rs 7100 crore in 2005-06. Major share of the imports is going for spinning, weaving and knitting. Even within these three categories, the spinning segment raised its share substantially from 23.1 percent in 2003-04 to 29.9 percent in 2005-06. Apart from the machinery for spinning, weaving and knitting, other important components of the imports were auxiliary machinery & accessories and spare parts. Further disaggregated data on imported textile machinery indicate that carding machines, combing machines and spinning machines had high shares in spinning segment and shuttle looms and shuttle-less looms had high shares in weaving segment. Shuttle-less loom in the latter increased several fold in 2005-06. Circular knitting machines, flat knitting machines and some other knitting machines were the main components in the knitting sector, and spindles, spindle flyers, spinning rings, ring travelers, other parts and accessories of weaving and knitting machines, washing, bleaching or dyeing machines were the major components of the imports of auxiliary machinery and accessories.

 

 

Table 6: Imports of Various Textile Machinery and Accessories (Rs crores)

 

Description of machines

2003-04

2004-05

2005-06

2006-07

Extruding machines

54 (2.3)

118 (3.3)

96 (1.4)

100 (1.3)

Preparatory textile fibres, spinning, twisting, etc.

550 (23.1)

923 (26.0)

2126 (29.9)

2230 (29.7)

Weaving machines

604 (25.4)

807 (22.7)

1528 (21.5)

1610 (21.5)

Knitting, stitching and binding machines

445 (18.7)

619 (17.4)

1391 (19.6)

1460 (19.5)

Auxiliary machinery & accessories / spares

456 (19.2)

587 (16.5)

844 (11.9)

900 (12.0)

Manufacture of felt or non-woven in piece

13 (0.5)

13 (0.4)

25 (0.4)

30 (0.4)

Other accessories and parts

211 (8.9)

417 (11.7)

982 (13.8)

1040 (13.9)

Household/ laundry type washing machines/ parts

46 (1.9)

70 (2.0)

108 (1.5)

130 (1.7)

Grand Total

2380 (100)

3552 (100)

7100 (100)

7500 (100)

 

Note: Parenthesis indicates percentage share in total

Source: DGCIS, Kolkata

 

 

 

 

Technology Up-gradation Fund Scheme (TUFS) and Investment Pattern

 

In order to facilitate up-gradation of technology TUFS was introduced on April 1, 1999. It was initially launched for five years only but later on it was further extended several times and the latest extension is up to March 31, 2012. The scheme was intended to compensate for the global disadvantages faced by the Indian textiles and clothing industry in the field of power, transaction costs and additional costs borne by the industry due to poor infrastructure. The scheme was also intended to attain a higher level of infrastructure creation for modernization of textiles sector. More than 70% of the beneficiaries under TUFS belong to small-scale industries sector. TUFS encompasses all the inter-connecting sectors of the textile manufacturing process such as ginning, spinning, weaving, knitting, processing and readymade garment making. There are various subventions under TUFS for different forms of capital subsidy/interest subsidy. But on an average Government outflow under the scheme has been around 5% of the amount disbursed (by the banks and financial institutions in the form of loans/advances, etc).

TUF scheme has been an important contributor to investment and modernization of the textiles and clothing industry since the inception of the scheme.  Till March 31, 2008 a total of Rs. 54229 crore had been sanctioned and Rs 44917 crore had been disbursed under TUFS to various textiles and garment units. Spinning mills availed the maximum benefit from TUFS with disbursement of Rs. 14841 crore (i.e.33.04% of the total disbursed amount) till March 31, 2008 from the beginning of the scheme in April 1, 1999. Next major beneficiary is the composite mill sector with disbursement of Rs. 8484 crore (18.88%). Other major beneficiaries are units of processing of textiles and garments, weaving, garment manufacturing, manufacturing viscose filament yarn, synthetic filament yarn, texturising, crimping & twisting and knitting with disbursement of Rs 4661 crore (10.38%), Rs.3857 crore (8.59%), Rs. 2243 crore (5%), Rs. 2099 crore (4.67%), Rs.1066 (2.37%) respectively till March 31, 2008.

However there has been a gradual shift in relative importance of different segments of textiles & clothing sector in terms of availing of TUFS. For instance, share of composite mills in total amount disbursed under TUFS decreased from 30.74% as on March 31, 2002 to 18.88% as on March 31, 2008. But during this period, absolute amount disbursed to the sector increased manifold - from Rs.1049 crore to Rs. 8485 crore. Similarly, share of processing of textiles and fabrics in disbursements has decreased from 17.39% to 10.37% between 2002 and 2008 with absolute amount increasing to Rs.14842 crore from Rs. 986 crore. On the other hand, share of spinning units both-SSI and Non-SSI increased from 28.90% (Rs.986 crore) to 33% (Rs.14841 crore) between the same periods. Similarly, the share of weaving units increased from 6% (Rs. 205.29 crore) to 8.58 % (Rs.3856.68 crore). One striking development is in the category of ‘others’ whose share drastically increased from 2.37% (Rs. 80.83 crore) to 14.27% (Rs. 6408 crore). Here ‘others’ includes cotton ginning and pressing, CPP on stand alone basis, fabric embroidery, jute industry, silk reeling and twisting, wool scouring and combing, etc. This shows that the coverage of TUFS is getting broad based with the passage of time. It can be observed that even if some segments are getting relatively lesser importance over the years, the absolute amount invested in them through TUFS is massive and is increasing manifold over time. Moreover, there are some segments which were unwilling to avail of TUFS or could not avail of the scheme due to ignorance or some other reasons earlier, are now utilizing TUFS and modernizing their plant and machinery on a large scale in recent years.

The other important aspect to note is that in many segments loans availed through TUFS make a significant contribution of project costs of the units that had applied for TUFS. This is vindicated by the estimates given in Table 7. In the spinning segment 47-57% of the project cost was covered through TUFS loans during 1999-2008. Similarly, in the case of composite mills it varied between 37-45% and in case of garment manufacturing it varied between 45-56%. One major segment in which investments in projects have been relatively more of self-financed nature than through TUFS loans is knitting in which share of TUFS loans varied between 23-31%. On the other hand, if we compare disbursed amount under TUFS with that of total investments (at current prices) made under different segments by units in the factory sector we find that spinning & weaving segment is the biggest beneficiary of TUFS followed by finishing of textiles, knitting segment, garment manufacturing and made-ups segment in that order. During 2002-05 out of total nominal investments of Rs 13025 crore made in spinning & weaving Rs. 2401 crore was availed through TUFS. This amounts to 18.44% of the nominal investments made in the segment. Similarly, in processing & finishing of textiles, knitting, garment making and made-up manufacturing 16.69%, 14.36%, 6.89%, and 2.51% of their respective investments were made through TUFS during this period. From these figures it can be concluded that TUFS has not only provided to different segments of textiles and clothing capital subsidy for modernization of their plant and machinery to make them competitive but also has given them incentive to plan new investments and expand through self financed sources and/or through equity capital.

 

Recently the government has made some changes in the financial and operational parameters of the scheme in respect of loans sanctioned with effect from 01.11.2007 up to 31.03.2012. For instance, it has reduced the reimbursement of interest charged by lending agencies on spinning machinery to 4% from 5%. Similarly, cover for a foreign exchange rate fluctuation has been reduced to 4% from 5% for spinning machinery. For other types of machinery it remains at the earlier level of 5%. In addition, a few other measures have also been taken for modernization of other segments as discussed below. Now powerloom units have option to avail of 20% Margin Money subsidy under TUFS in lieu of 5% interest reimbursement on investment in TUF compatible specified machinery subject to a capital ceiling of Rs. 200 lakh and ceiling on margin money subsidy Rs.20 lakh. Similarly, manufacturers of technical textiles and garmenting machinery have been provided 5% interest reimbursement plus 10% capital subsidy for specified machinery.  The scheme now provides 25% capital subsidy on purchase of the new machinery and equipment for the pre-loom & post-loom operations, handlooms/up-gradation of handlooms and testing & quality control equipment for handloom production units (Ministry of Textiles, 2007).

 

A major drawback with TUFS is that it does not take into account the textile machinery manufacturing sector which could have been a leading and thriving sector given the rapid growth in domestic demand for textile machinery. This sector is stagnating with little investment in raising capacity or modernization so as to produce machinery comparable to international standard. Thus with growing demand the textile industry has been importing larger and larger share of its total machinery requirement. Imports of even conditioned (second hand) machinery are also quite substantial at present. In this context extending TUFS to machinery manufacturing sector and allotting a percentage of that for R&D would in the long run raise its scale of operation and make it globally competitive.  This would also save the textile sector from the problems of currency fluctuation for importing machines as it is happening at present. One may compare with the technology up-gradation policy adopted in China who is the major global competitor of textile products. Under the direction and support of the Chinese Government the industry scrapped 110 million outmoded cotton spindles, 280,000 wool spindles and one million silk spindles during 1997-2000. As a result around 1.4 million workers were laid off. The government provided RMB 3.1 billion to the industry in the form of grants or tax rebate to facilitate its restructuring. During 2000-05 around USD $18.9 billion was spent on imports of advanced textile and apparel equipment for the technological up-gradation of the industry. This helped the Chinese textile industry to become the largest exporter of textiles and apparel products in the world.

Technology and innovation capacity development were given the highest priority in the Chinese 11-th Five Year Plan: “To significantly enhance the independent innovation capacity of the textiles industry, develop influential technologies with intellectual property rights ownership and foster well-known global brand names”. In its guideline it is stated, “To strengthen the technological capability of the textile industry and increase the number of Chinese-owned brand names; to develop high-tech, high-performance, differential, and environmental-friendly fibers and renewable fibers, and to enhance the development and utilization of textiles for industry-use, silk and non-cotton natural fibers; to advance the gradient shift of the textile industry.”  The Circular on Relevant Policies to Promote Chinese Textile Industry to Shift to New Ways of Growth in Foreign Trade and Support Chinese Textile Enterprises to Go Global expressly authorized the allocation of government funds to support technology innovation. A special fund was established in 2006 in accordance with this notice, with RMB 560 million dedicated to projects related to technology innovation purposes. The local governments are providing interest subsidies on loan to support technological innovation projects – for instance, Zhongshan City has provided loan interest subsidies that cover 30-40 percent of the actual interest payments on loans.

It seems the initial large demand for modernization can be met through imports of high technology machinery. But, once that is done the country has to develop its own machine tools industry to maintainits competitive edge. This however requires state initiative and large expenditure of public money on R&D. A part of the TUFS money can be set aside for this purpose. Chinese experience in this regard can be a good example for India.

In brief, the Indian textile industry is in need of technology up-gradation so as to make it globally competitive. Although this up-gradation process is going on, particularly after the introduction of TUFS, it is rather slow and too much dependent on imports of machinery. In view of the large demand for textile products a large variety of machinery is being imported. Keeping in view this huge domestic demand for machinery, suitable machine tools industry can be developed and that can also achieve scale economy. Along with this substantial amount of R&D would be needed to develop the state of the art technology. Because of inappropriate technology, the existing Indian textile machinery manufacturing industry is not only facing severe under-utilisation of capacity but also whatever it produces a lion share of which is being exported, not used by the Indian textile manufacturers. It is suggestive that a part of the TUFS money can be earmarked for R&D in the machine tools industry segment that is engaged in developing textiles machinery.

 


Table 7: Segment-wise Progress under TUFS (Rs crore)

 

Industry segment

 

 

 

 

 

 

 

 

Sanctioned

 

 

Disbursed

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Composite Upgradation

31-03-02

108

3755.12

1689.03

32.86

44.98

83

1049.16

30.75

31-03-05

193

6735.5*

2478.21

24.04

36.79

162

1670.48

24.02

31-03-08

657

25520.97

10320.64

19.03

40.44

649

8484.65

18.89

Garment manufacturing

31-03-02

139

337.81

180.75

3.52

53.51

103

125.62

3.68

31-03-05

293

828.65*

462.56

4.49

55.82

239

312.2

4.49

31-03-08

1414

5956.26

2675.83

4.93

44.92

1385

2242.97

4.99

Knitting

31-03-02

208

983.09

227.86

4.43

23.18

153

138.16

4.05

31-03-05

458

1936.45*

596.48

5.79

30.80

375

404.99

5.82

31-03-08

1282

4963.54

1218.64

2.25

24.55

1278

1066.03

2.37

Made-up manufacturing

31-03-02

17

108.44

59.62

1.16

54.98

13

42.31

1.24

31-03-05

36

460.83*

159.63

1.55

34.64

25

83.43

1.20

31-03-08

675

1205.27

657.98

1.21

54.59

674

514.92

1.15

Processing of fibres, yarn, fabrics, garments and made-ups

31-03-02

218

1718.54

834.97

16.25

48.59

174

593.59

17.39

31-03-05

522

3714.27*

1311.59

12.72

35.31

438

1021.74

14.69

31-03-08

1533

12267.55

4939.35

9.11

40.26

1522

4661.64

10.38

Spinning

31-03-02

230

2402.47

1360.43

26.47

56.63

181

986.46

28.91

31-03-05

548

6113.58*

3189.61

30.94

52.17

449

2132.85

30.66

31-03-08

2181

39096.26

18544.65

34.20

47.43

2132

14841.92

33.04

Technical Textiles including non-woven

31-03-02

11

121.92

39

0.76

31.99

9

15.72

0.46

31-03-05

31

647.76*

87.71

0.85

13.54

29

51.46

0.74

31-03-08

280

1598

775.6

1.43

48.54

280

685.1

1.53

Weaving

31-03-02

150

583.54

323.88

6.30

55.50

112

205.29

6.02

31-03-05

544

3279.71*

987.17

9.58

30.10

437

595.81

8.57

31-03-08

3137

13227.42

4821.18

8.89

36.45

3116

3856.68

8.59

Manufacturing viscose filament yarn & synthetic filament yarn, texturising, crimping and twisting

31-03-02

145

385.47

228.73

4.45

59.34

133

162.6

4.76

31-03-05

544

1092.58*

549.57

5.33

50.30

514

389.08

5.59

31-03-08

1704

4195.26

2573.84

4.75

61.35

1700

2099.68

4.67

Independent weaving preparatory

31-03-02

7

58.47

40

0.78

68.41

6

12.68

0.37

31-03-05

18

47.13*

46.49

0.45

98.64

14

29.22

0.42

31-03-08

134

238

86.59

0.16

36.38

133

55.35

0.12

Others

31-03-02

136

319.31

155.55

3.03

48.71

107

80.83

2.37

31-03-05

508

853.55*

440.75

4.28

51.64

418

264.55

3.80

31-03-08

6626

15764.52

7615.4

14.04

48.31

6600

6407.96

14.27

All Segments

31-03-02

1369

10774.18

5139.82

100

47.70

1074

3412.42

100

31-03-05

3695

25710.01*

10309.77

100

40.10

3100

6955.81

100

31-03-08

19623

124033.05

54229.7

100

43.72

19469

44916.9

100

Note: * refers to project cost as on 31.07.2005

Source: Office of Textile Commissioner, Mumbai

 

 

 

References:

 

 

 

 

 

 

 

 

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