Summer Internship Report - Vardhman

O

Ravi Shekhar SEM-V, NIFT DELHI Auro Spinning Mills – Hall 5

TABLE OF CONTENTS

ACKNOWLEDGEMENT 1 VARDHMAN GROUP 2 INTROUCTION 2.1 MANUFACTURING 2.2 PORTFOLIO 2.3 ADMINISTRATION 2.4 QUALITY POLOCY 2.5 PHILOSOPHY 2.6 AURO SPINNING MILLS 3

1

2 3-6 3 3 5 5 6 6 7-27

PRODUCTION DETAILS 3.1 AURO LAYOUT 3.2 AW MATERIAL STORAGE AND FIBER INSPECTION 3.3 R AW PROCESS FLOW 3.4 BLOWR OOM OOM 3.5 CARDING 3.6 DRAWING 3.7 LAP FORMER 3.8 COMBING 3.9 FINISHER DRAW FRAME 3.10 DRAW FRAME 3.11 SPEED FRAME 3.12 ING FRAME 3.13 R ING WINDING 3.14 PACKING 3.15

7-8 9 10 11 12-15 16-17 18 19 20-21 22 23 24 25 26 27

SPIN CALCULATION & PLANNING PRODUCTION 4

28-46

GOAL OF THE PROJECT 4.1 THE PROPOSAL 4.2 AN INTRODUCTION TO NEW SYSTEM 4.3 ASSESMENT OF CURRENT SYSTEM 4.4 SILENT FEATURES OF NEW SYSTEM 4.5 TECHNICAL R EQUIREMENT EQUIREMENT FOR NEW SYSTEM 4.6 DEVELOPERS REQUIREMENT 4.7 DATA FLOW DIAGRAM 4.8 UNIT CONVERSION AND SPIN CALCULATION 4.9 MAINTENANCE : UPDATION & SUPPORT 4.10 SNAP SHOTS 4.11

28 29 30 31 33 34 35 36 37 44 45

BIBLIOGRAPHY 5

47

ACKNOWLEDGEMENT |

ThisInternshipProvedtobridgethegapbetweenthetheoreticalandPractical AspectsoftextileField.Itwasagreatpleasuretobepartof VardhmanGroup. AllThankstomyinstituteNIFT,NewDelhi forprovidingmetheopportunityfor gettingthepracticalknowledgeatsuchaneminentcompany. Iamalsogreatlythankfultomysubjectfaculty Dr.SenthilVenkat forthefull support and step-by-step assistance. I am also Thankful to my Internship MentorsDr.NoopurAnandandMs.SuruchiMittal. I am very thankful to the whole Vardhman Group for providing me the best possiblefacilitiesandgoodenvironmentduringtheperiodofmyinternship.I acknowledge deep gratitude towards each and every employee of the Auro SpinningMills,Baddi forprovidingmewiththeirvaluabletime. Iwouldalsoliketoexpressmygratitudetowardsmymentor Ms Parul (HRD) and Project Guide Mr. Punit Singhal (R&D)forgivingmechancetoworkon suchaniceproject.IpaymythankstoMr.VipinSachan,Mr.SunilMishraand Mr Harpeet Rana (Shift Officer, Unit 5) who gave his valuable time and attentionduringmy training andcompletion ofproject report.. Instructionsof eachpersonImeetinAurowereverybeneficialforthesuccessfulcompletionof myprojectreport. IpaymyspecialthankstoalltheotherHODsalsofortheirvaluabletime,cooperation,, guidance and providing useful data, namely Mr Ravindra Yadav (R&D),MrDevendraVasist(R&D)andUn-doublyMrRaviRanjan(TPM)forhis allsourceofinspirationallalong.

2

Spin

Weave

Process

VARDHMANGROUP2|TWO Vardhmanisaleadingconglomeratewithinterestsintextilesandsteelhavinga turnoverofRs.2100crores.TheVardhmangroupcomprisessixcompaniesand twentyproductionunitslocatedinPunjab,HimachalPradeshandMadhya Pradesh.Agrowthrateofalmost15%peryearinturnoverthelastfiveyears hasbeenreflectedinthefinancialresultsofthegroup. MANUFACTURING2.2|TWO Vardhman group consists of integrated facilities of spinning, weaving and finishing.Byandlargeithasastrongfocusontextiles,whichremainsthelargest industryinourcountry.

•Over8,00,000spindles •65tonsperdayyarnandfiberdyeing •900shuttle-lesslooms •90millionmetersperannumprocessedfabric •33tonsperdaysewingthread •18000metrictonsperannumacrylicfiber •100,000tonsperannumspecialandalloysteel

Vardhman starteditsoperationin 1965fromLudhianawitha modestcapacity of14000spindles.Today5,00,000spindleswhichislargestanysinglegrouphas in India. Besides it has weaving capacity of 264 looms and fabric finishing capacityof95,000meterperday.Inadditionithasmercerizinganddyeingof yarnandfiberandanacrylicproductionunitatGujarat.

3

MANUFACTURING UNITS 2.2.2|TWO Vardhman group consists of integrated facilities of spinning, weaving and finishing.Byandlargeithasastrongfocusontextiles,whichremainsthelargest industryinourcountry.

• Vardhman Spinning and General Mills Ltd. • Vardhman Spinning and General Mills Ltd. Ludhiana • Auro Spinning Mills Baddi, H.P. • Auro Dyeing Baddi, H.P. • Auro Weaving Mills Baddi, H.P. • Auro Textiles Baddi, H.P. • V.S.G.M. 100% E.O.U. Baddi, H.P. • V.S.G.M. Unit 2 Ludhiana • V.S.G.M. Unit 3 Ludhiana • Mahavir Spinning Mills Ltd. • Mahavir Spinning Mills Ltd. Hoshiarpur • Arihant Spinning Mills Malarkotla • Anant Spinning Mills • Vardhman Special Steel Lidhiana, Punjab • M.S.M.L. Sewing Threads Unit 2 Ludhiana, Punjab • Arist spinning Mills Baddi, H.P. • Arist Spinning Mills 100% E.O.U. Baddi, H.P. • Vardhman Polytex ltd. • Vardhman Ploytex ltd. Bhatinda, Punjab • Anshupati Textiles Ludhiana, Punjab • V.M.T. Spinning Co. Ltd. Baddi, H.P. • Vardhman Acrylic Ltd. Bharuch, Gujrat • Vardhman Threads Ltd. Baddi, H.P.

4

PORTFOLIO 2.3|TWO

Actual 2008-09

Business Wise TurnOver for Financial Year 2008-2009

(

Yarn 47%

Fiber 8%

Fabric 22% ST 11%

Steel 10% Power Plant 2%

Fiber

PowerPlant

Steel

ST

Fabric

Yarn

Group Total % Share

crores)

Yarn

1513

329

47%

Fabric

689

150

22%

Sewing Thread

337

73

11%

Steel

327

71

10%

Power plant

66

14

2%

Fibre

254

55

8%

Total

3186

693

100%

ADMINISTRATTION 2.4|TWO CorporateofficelocatedinChandigarhroadinLudhianaadjacenttoVardhman SpinningandGeneralMillsLtd.(Ludhiana).Itcameintobeingin1995. VardhmanGrouphasadministrativeandmarketingbranchesalloverIndiaand inmorethan20countriesforitsvariousbusinesses.Thegroupiswelldiversified in making sewing threads, fabrics, hand knitting yarns, cotton yarns, acrylic yarnsetc.withacapacityofover5,00,000spindlesand264loomsproducing yarnsandfabrics. Shree S.P. Oswal, a gold medalist in M.Com. heads the group who is the chairmanandmanagingdirectorofallgroupcompanies.

5

USD Million

QUALITY POLICY 2.5|TWO Quality should be built into company’s products to not only meet customer requirements continuously but also exceed them. The company shall achieve this through an interface with the market place, access to state of the art technology,

R&D

process

development

and

adoption

of

innovative

manufacturingandmarketingstrategies. The quality policy shall be implemented through a network of systems and proceduresunderstoodandfollowedthroughoutthecompany. Thequalitypolicyshallbeintegratedwiththecompany’smainobjectives: 1.Toremainmarketleaderinthequality. 2.Increasemarketsharewithfocusonnichesegments. 3.Improvedproductivity. 4.Costreduction. 5.Reductioninpercentageofseconds. 6.Themanagementshallbecommittedtoprovidecapitalandhumanresources toachievetheaboveobjectives.Acompanywidequalitycultureshallbecreated throughtrainingandmotivationofpeopleatalllevelsoforganization.

PHILOSOPHY 2.6|TWO

6

AURO SPINNING MILLS (77904 SPINDLES) Auro Spinning Mills

3|THREE

Baddi (Himachal Pradesh)

77904

Auro weaving mills, a weaving subsidiary of Vardhman Spinning and General MillsLimited,hasnowemergedasoneofthepremiumcompaniesinIndia.

PRODUCTION DETAILS 3.1|THREE Production Halls

Production Units

5

UNIT 1 (HALL1) 3.1.1|THREE

Manufacturing Activity Greige Cotton ( both cared & combed) and core spun with lycra. Unit Capacity

Product Range

•

24,422 spindles

•

Production of yarn per day: 16,000 kg

10s-60s

UNIT 2 (HALL 2) 3.1.2|THREE

Manufacturing Activity Sliver preparatory and sample line Unit Capacity

Product Range

•

1382 spindles

•

Production of sliver per day: 9,000 kg

Lycra,

compact, compact+lycra,

slub, Blends

7

slub+lycra,


Manufacturing Activity

Cotton and lycra (bulk orders)

Unit Capacity

38592 spindles

Product Range

Lycra, slub, fancy yarns


Manufacturing Activity Open- end yarn Unit Capacity

Product Range

•

1248 rotors

•

Production of yarn per day: 12,000 kg

6s-20s


Manufacturing Activity

Compact ( Elite) spun yarn

Unit Capacity

14256 spindles Production of yarn per day: 4000 kg

Product Range

8

40s-200s

AURO LAYOUT 3.2|THREE

9

RAWMATERIALSTORAGEANDFIBERINSPECTION3.3|THREE

BALESPECIFICATION3.3.1|THREE •

Fiber

•

NetWeight

•

Origin/Supplier

•

Length

•

Width

•

Staplelength

BALEINSERTIONPARAMETER3.3.2|THREE •

Origin:

•

ThicknessorFineness(micronaire)

•

Baleweight:165or220kgs(approximately).

•

Staplelength:30-35mm

•

DegreeofReflection(RD):60-80Degrees

•

Strength:24-29gram/tex

•

Moistureregain

•

Evenness

•

Maturity

MACHINEUSEDFORTESTINGOFFIBER3.3.3|THREE

10

•

HVI:HighVolumeInstrument

•

AFIS:AdvanceFiberInformationSystem

PROCESSFLOW3.4|THREE

11

Godown

Mixing (MBO)

Sorting (Manualy)

Carding

Blow Room

Bale Formation

Pre-Combing

Combing

Drawing (F D/F)

Winding

Ring Frame

Speed Frame

Conditioning

Packing

Dispatch

BLOWROOM3.5|THREE

INTRODUCTION3.3.1|THREE Blow-roomconsistsofanumberofmachinesusedinsuccessiontoopenand cleanthecottonfiber.About40%-70%trashisremovedinblow-roomsection.

PROCESSFLOWINBLOWROOM3.3.2|THREE •

preopeningwithBlendomatBDT

•

metalorfiredetectionbySPMF

•

precleaningbyMaxi-flow

•

mixingorblendingbyMPM

•

fineopeningbyCVT

PROCESSPARAMETERINBLOWROOM3.3.3|THREE ThebasicpurposeofBlow-roomistosupply •

smallfibertufts

•

cleanfibertufts

•

Homogeneously blended tufts if more than one variety of fiber is used, withoutincreasing thefiber rupture, fiberneps,and brokenseedparticles andwithoutremovingmoregoodfibers.

PRE-OPENING3.3.4|THREE Effectivepreopeningresultsinsmallertuftsizes,thuscreatingalargesurface areaforeasyandefficientremovaloftrashparticlesbythefineopeners. Vardhman Textiles uses Trutzschler Blendomat BDT (019) as the preopening machine.

12

PRE-OPENINGFEATURES3.3.5|THREE

•

Ithelpsmaintainingthehomogeneityofthelongtermblending

•

cotton is opened gently without recycling as it is done in manual bale openers

•

thetuftsizecanbeassmallas50to100gramswithoutrupturingthefibers

•

theopeningrollerspeedisaround1500to1800rpm.

•

thedepthofpenetrationoftheopeningshouldbeasminimumaspossible forbetterquality

•

Iftheproductionperfeedingmachineislessthan150kg,thenfourmixingscan bedone

METEL/FIREDETECTION3.3.6|THREE

Cotton fiber may catch some metal components while its fiber extraction processwhichneedstoberemovedbeforeitgoesintoanyfurtherprocessing. Cotton fiber also may generate sparks due to friction while passing through connecting ducts. Thus it needs to be blown out. This is done just after the blendomattakesupthefiberfromthemanuallyopenedbales. VardhmanTextilesusesTrutzschlerSPMFforthisprocess.

PRECLEANINGANDBEATING3.3.7|THREE VardhmanTextilesusesTrutzschlerMaxiflowforthiswork.

13

VARIOUSMACHINEPARAMETERS3.3.8|THREE •

Thefibertreatmentinthismachineisverygentlebecausethefibersare notgrippedbythefeedrollerduringbeating.Fibertuftstreatedbythe pinbeaterwhenitiscarriedbyairmedium

•

allheavytrashparticlesfalldownbeforeitisbroken

•

cleaningefficiencyofthismachineisveryhighintheblowroomline

•

Mostly all heavy seeds( full seeds) fall in this machine without any problem

•

around 50pascal suctionpressure should be maintained in thewaste chamberforbettercleaningefficiency

•

beaterspeed,airvelocitythroughthemachine,gridbarsettingandgap betweengridbarswillaffectthecleaningefficiency

•

higherthecleaningefficiency,higherthegoodfiberloss,higherthenep generaionandhigherthefiberrupture

•

the

optimum cleaning

means maximum cleaning

performance,

minimum lossof goodfibers, a high degree of fibre preservation and minimumnepgeneration •

in general the beater speed is around 750 and minimum 50 pascal suctionpressuretobemaintainedinthesuctionchamber

MIXINGORBLENDING3.3.9|THREE

If different grade of same fibers are kept together, then it is called mixing, whereas,whendifferentfibersofsameordifferentgradesarekepttogether, thenitiscalledblending.Physicalproperties(fibrelength,fineness,strength) oftheresultantblendcanbepredicted,andarereproducible.

14

MIXINGORBLENDING:OBJECTIVES3.3.10|THREE

•

Toachieveuniformquality.

•

Toimproveperformance.

•

Toreduceandcontroltheproductioncost.

•

Tomeetthefunctionalanduserrequirements.

•

Toenhanceaestheticpropertiesi.e.appearance,color,lustersetc.

•

To enhance physical properties i.e. tensile strength, abrasion resistance,stretchetc.

Vardhman Textiles uses Trutzschler MPM machine for uniform mixing and blendingoffibers.

FINECLEANING3.3.10|THREE

Vardhman employs Trutzschler CVT1. The cleaning points in CVT1 consist of openingroller,deflectorblades,moteknivesandsuctionhood.Trashparticles released due to centrifugal forces are separated at the mote knives and continuouslytakenawaybythesuction.Thisgivesbettercleaning.

15

CARDING3.6|THREE

INTRODUCTION3.6.1|THREE

Cardingprocessisconsideredasheartofspinning.Anydefectsoccurringinthis process continue throughout the remaining process of spinning resulting in defectiveyarn.Inthisprocessthecottonfibrespassthroughinbetweentwo setsofwirepointsmovinginoppositedirectionresultingintheparallelizationof fibers. High production incardingtoeconomizetheprocessleadstoreductioninyarn quality.Latestmachinesachievetheproductionrateof60-200kgs/hr,which usedtobe5-10kgs/hr,upto1970.

MACHINESAVAILABLE3.6.2|THREE

Machine:TrutzschlerDK-800 No.ofMachines:10 DeliverySpeed:76mt/min

16

PURPOSEOFCARDING3.6.3|THREE

•

cleaningoreliminationofimpurities

•

toopentheflocksintoindividualfibers

•

reductionofneps

•

eliminationofdust

•

eliminationofshortfibers

•

fiberblending

•

fiberorientationoralignment

•

sliverformation

TYPESOFFEEDING3.6.4|THREE

•

Feedingmaterialintheformofscutcherlap

•

Flockfeedsystem(flocksaretransportedpneumatically)



PROPERTIESOFFLOCKFEEDING(TRUTZSCHLERUSES)3.6.5|THREE

•

highperformanceincardingduetohighdegreeofopennessoffeedweb

•

laborrequirement is less due tono lap transportation and lap change in cards

17

•

flockfeedingistheonlysolutionforhighproductioncards

•

lineardensityofthewebfedtothecardisnotasgoodaslap

•

installationisnotflexible

•

autolevelerisamust,henceinvestmentcostandmaintenancecostismore

DRAWING3.7|THREE

INTRODUCTION3.7.1|THREE The sliver from the carding section is combined together to form one dense sliver.TheprocessiscalledasDoublingOneforSix(DO/6).Itmeans6slivers aretaken together to form onesliverwhich is theinput forthe formation of laps.

MACHINESAVAILABLE3.7.2|THREE Machine:LakshmiReiter No.ofMachines:2 Draftingarrangement:3over3 Typeofweighing:PnuematicLoaded Highdeliveryspeed:upto500mts/min Production:upto360kg MAINOBJECTIVES3.7.3|THREE •Tostraightenthefibersandmakethemparallel •Toimproveuniformity •Toimproveevenness

PROCESSPARAMETER3.7.4|THREE

1. Flexibility: The pneumatically loaded 3-cylinder pressure bar drafting arrangement makes the processing of noils as well as fibres of a staple lengthupto75mmpossibleControlledpositivesliverfeedtableforcansize of600x1100mm(24''x42'')

2. Sliver Compression: Sliver compression before coiling increases can content

3. Automaticcanchange:Increasestheefficiencyofthemachine 4. Cleanliness:DustextractionimprovesworkingconditionDoubling6for1.

18

LAPFORMER3.8|THREE

INTRODUCTION3.8.1|THREE Lap former machines form the lap from the sliver of desired fineness and weight.TheD/Fsliversaredraftedandwoundintoalap.8-12sliversarefed into drafting arrangement from both sides and these are drafted in drafting system to produce fleeces. These are then drawn into the lap head by the calendarrollswhichcompressesitsstronglytoformalapsheet(batt).Thisis thenwoundontoatubebythelaprollsandlaprollerflanges.Whentubeisfull itisautomaticallychangedforanemptyone.

MACHINESAVAILABLE3.8.2|THREE Machine:LakshmiUNIlap(LH-10&LE4/1a) No.ofMachines:2 Deliveryspeed:upto120mts/min Battweight:upto80gms/mt Timetocompleteonelap:2.5min

19

COMBING3.9|THREE


Combingistheoperationinwhichtheshortfibersinthecottonareremovedso that the final yarn appearance and strength of the yarn is improved. It is optionalaspertheend-useoftheyarn. 


Machine:-LakshmiREITERE-65andLK54 Numberofmachines:-6 Capacity:-3000-5000mtr

MACHINESSPECIFICATION3.9.3|THREE

Comber E-65

Comber LK-54

No.ofheads

8

8

No.ofDeliveries

1

1

Draftingarrangement

3 over 3

3 over 5

Weighingarrangement

Pneumatic250to300N

Pneumatic250to300N

LapDiameter

550mm(500-650mm)

540mm(500-650mm)

HankDelivered

0.16 Ne

0.16 Ne

Deliveryspeed

250 mpm

300 mpm

Production(inkg)

689.93

965.9

(pershiftpermachine)

20

PROCESS&OBJECTIVES3.9.4|THREE Combingisa processwhich ismeantforupgradingthe cottonrawmaterialso thatthefollowingyarnpropertieswillimprovecomparedtothenormalcarded yarn. •

Tenacity

•

gms/tex

• Trashintheyarn •

Lustre

• Visualappearance Sliversfromcardingsection cangoeitherdirectlyto Finisher Drawingthrough BreakerDrawingorthroughUniLap/CombertoFinisherDrawing.

21

FINISHERDRAWFRAME3.10|THREE


MACHINESAVAILABLE3.10.2|THREE Machine:TrutzschlerD-40&TD-03 No.ofmachines:3


Doubling

Upto 8 ply

Draftingarrangement

4over3(withadjustablepressurebar)

Typeofweighing

Pneumaticloaded

Material

Combed

Deliveryspeed

300-1000mt/min

Autocanchanger

Yes

Auto-leveller

Yes

Wastequantity

Max0.15kg/hr

Suctionairrate

800m perhr

Operationpressure

450Pa

3

PROCESS&OBJECTIVES3.10.4|THREE

1. Usedforweightcontroltoformproductsoffinequality. 2. Tocontributetowardsdoublinganddraftofthecombedmaterialandto changehooksdisposition. 3. Tostraightenthefibresandtomakethemparallel. 4. Toimproveuniformityandeveness(homogenoussliverstructure).

22

SPEEDFRAME3.11|THREE


MACHINESAVAILABLE3.11.2|THREE Machine:LakshmiLFS1660Simplex No.ofspindles:120spindles No.ofmachines:4machines Deliveryrate:upto50m/min

MACHINESSPECIFICATION3.11.3|THREE Count:0.7Ne(running) TwistperInch:1.21tpi(running) ProductionRate:21.3mt/min(roving) MachineEfficiency:75.1%

Ultima/ MCU5

J34/ S6

DraftingArray

4 over 4

4 over 4


Pneumatic

Pneumatic

TotalDraft

10.31

8.1

HankFedytg6

1.8

1.38

Efficiency

85%

85%

Production(inkg)

2.13

2.75

pershiftperspindle)

PROCESS&OBJECTIVES3.11.4|THREE 1. todraftthedraw-frameslivertomakeroving 2. toimpartnecessarytwisttotheroving 3. towindtherovingonthebobbinforringframemachine

23

RINGFRAME3.12|THREE

INTRODUCTION3.12.1|THREE The roving bobbins of the speed frame are brought to and crewed on ring frame. These machines convert the roving into yarn. These machines further attenuateanddrafttherovingtothedesiredthicknessofyarn,whichisthen woundonbobbins.

MACHINESAVAILABLE3.12.2|THREE Machine:LR6R/frswithELITEAttachments No.ofMachine:16ringframe


ELITE Compact

Elitwist

Draftingarrangement

3 over 4

3 over4


Spring

Spring

Spindlespeed

16300 rpm

18362 rpm

Max.Speed

17500 rom

21000rpm

Tpi(nominal)

13.89 z

33.07 z

DeliveryRate(spindlespeed/Tpi)

326.60

590.22

HankFed

1.8

1.38

Production(ingm)

40.82

68.04

(pershiftperspindle)

PROCESS&OBJECTIVES3.12.4|THREE 1. Toattenuatetherovingtogetthedesiredfineness. 2. Toinserttherequiredtwisttoprovidesufficientstrength. 3. To form a suitable package of required dimension for subsequent processing.

24

WINDING3.13|THREE


Machine:Autoconer-338withUsterQuantumclearer2 No.ofMachines:5

PROCESS&OBJECTIVES3.13.2|THREE

1.Toformasuitablebiggerpackagewithcontinuouslength 2.Toclearobjectionablefaults 3.Toclearexcessivelyweakspotsintheyarnbytensioning 4.Highdegreeof tensionis not givenas itcanlead to loss ofelongation of yarn.


25

Material

58s

60s

80s

PackageWt.

2.01 kg

1.89 kg

1 kg

Pkg.Length

195200 m

195200 m

135000 m

Speed

1200 mpm

1200 mpm

1000 mpm

Tension(cN)

14

14

9

No.ofDrums

60

60

60

Pkg.Density

0.5 gm/cc

0.5 gm/cc

0.5 gm/cc

Splicing

Pneumatic

Pneumatic

Pneumatic

Splicestrength

80-85%

80-85%

80-85%

ActualProduction 70-75%

70-75%

70-75%

CONDITIONING3.14|THREE

OBJECTIVES3.14.1|THREE 1.Twistsettingofthefinalyarn. 2.To let the material reach required moisture regains value so that the companydoesnotsuffercommerciallosses.


Machine:CONTEXXorXorellaAG Heatingmedium:Saturatedsteam PowerConsumption:150kW Workingpressure:-1to3bar 0

Startingtemperature:40 C Maximumconditioningtime :12hrs. Efficiency:70-75%  Time Hoseiry

Temp.

Pressure

0

88%

5min

55 C

25min

60 C

0

88%

5min

76 C

0

80%

10min

80 C

0

80%

Perforated

5min

76 C

0

80%

Cheese

10min

80 C

0

80%

Warp

ImprovedStrength

ImprovedElongation

26

PACKING3.15|THREE

TYPES3.15.1|THREE

After conditioning, the material is packed according to the customer’s demand.Therearetwowaysofpacking: 1.

Cartonpacking

2.

Palletpacking

SIZE3.15.2|THREE CartonPacking 1.

NormalSize •

2.

Dimension:655mmx460mmx515mm

•

Capacity:18cones

•

Headedtoothercountries

Maha-BaliLot •

Dimension:640mmx480mmx350mm

•

Capacity:24cones

•

HeadedtoJapan

PalletPacking 1.

NormalSize •

•

2.

27

Dimension:1150mmx790mm For1.89kgcones:24layersx13cones

Maha-BaliLot •

Dimension:1150mmx1150mm

•

For2.5kgcones:25layersx13cones

•

For1.89kgcones:36layerx13cones

Summer Internship Report - Vardhman

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