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 |
ThisInternshipProvedtobridgethegapbetweenthetheoreticalandPractical AspectsoftextileField.Itwasagreatpleasuretobepartof VardhmanGroup. AllThankstomyinstituteNIFT,NewDelhi forprovidingmetheopportunityfor gettingthepracticalknowledgeatsuchaneminentcompany. Iamalsogreatlythankfultomysubjectfaculty Dr.SenthilVenkat forthefull support and step-by-step assistance. I am also Thankful to my Internship MentorsDr.NoopurAnandandMs.SuruchiMittal. I am very thankful to the whole Vardhman Group for providing me the best possiblefacilitiesandgoodenvironmentduringtheperiodofmyinternship.I acknowledge deep gratitude towards each and every employee of the Auro SpinningMills,Baddi forprovidingmewiththeirvaluabletime. Iwouldalsoliketoexpressmygratitudetowardsmymentor Ms Parul (HRD) and Project Guide Mr. Punit Singhal (R&D)forgivingmechancetoworkon suchaniceproject.IpaymythankstoMr.VipinSachan,Mr.SunilMishraand Mr Harpeet Rana (Shift Officer, Unit 5) who gave his valuable time and attentionduringmy training andcompletion ofproject report.. Instructionsof eachpersonImeetinAurowereverybeneficialforthesuccessfulcompletionof myprojectreport. IpaymyspecialthankstoalltheotherHODsalsofortheirvaluabletime,cooperation,, guidance and providing useful data, namely Mr Ravindra Yadav (R&D),MrDevendraVasist(R&D)andUn-doublyMrRaviRanjan(TPM)forhis allsourceofinspirationallalong.
2
Spin
Weave
Process
VARDHMANGROUP2|TWO Vardhmanisaleadingconglomeratewithinterestsintextilesandsteelhavinga turnoverofRs.2100crores.TheVardhmangroupcomprisessixcompaniesand twentyproductionunitslocatedinPunjab,HimachalPradeshandMadhya Pradesh.Agrowthrateofalmost15%peryearinturnoverthelastfiveyears hasbeenreflectedinthefinancialresultsofthegroup. MANUFACTURING2.2|TWO Vardhman group consists of integrated facilities of spinning, weaving and finishing.Byandlargeithasastrongfocusontextiles,whichremainsthelargest industryinourcountry.
•Over8,00,000spindles •65tonsperdayyarnandfiberdyeing •900shuttle-lesslooms •90millionmetersperannumprocessedfabric •33tonsperdaysewingthread •18000metrictonsperannumacrylicfiber •100,000tonsperannumspecialandalloysteel
Vardhman starteditsoperationin 1965fromLudhianawitha modestcapacity of14000spindles.Today5,00,000spindleswhichislargestanysinglegrouphas in India. Besides it has weaving capacity of 264 looms and fabric finishing capacityof95,000meterperday.Inadditionithasmercerizinganddyeingof yarnandfiberandanacrylicproductionunitatGujarat.
3
MANUFACTURING UNITS 2.2.2|TWO Vardhman group consists of integrated facilities of spinning, weaving and finishing.Byandlargeithasastrongfocusontextiles,whichremainsthelargest industryinourcountry.
• 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 CorporateofficelocatedinChandigarhroadinLudhianaadjacenttoVardhman SpinningandGeneralMillsLtd.(Ludhiana).Itcameintobeingin1995. VardhmanGrouphasadministrativeandmarketingbranchesalloverIndiaand inmorethan20countriesforitsvariousbusinesses.Thegroupiswelldiversified in making sewing threads, fabrics, hand knitting yarns, cotton yarns, acrylic yarnsetc.withacapacityofover5,00,000spindlesand264loomsproducing yarnsandfabrics. Shree S.P. Oswal, a gold medalist in M.Com. heads the group who is the chairmanandmanagingdirectorofallgroupcompanies.
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
manufacturingandmarketingstrategies. The quality policy shall be implemented through a network of systems and proceduresunderstoodandfollowedthroughoutthecompany. Thequalitypolicyshallbeintegratedwiththecompany’smainobjectives: 1.Toremainmarketleaderinthequality. 2.Increasemarketsharewithfocusonnichesegments. 3.Improvedproductivity. 4.Costreduction. 5.Reductioninpercentageofseconds. 6.Themanagementshallbecommittedtoprovidecapitalandhumanresources toachievetheaboveobjectives.Acompanywidequalitycultureshallbecreated throughtrainingandmotivationofpeopleatalllevelsoforganization.
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 MillsLimited,hasnowemergedasoneofthepremiumcompaniesinIndia.
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,
UNIT 3 (HALL 3) 3.1.3|THREE
Manufacturing Activity
Cotton and lycra (bulk orders)
Unit Capacity
38592 spindles
Product Range
Lycra, slub, fancy yarns
UNIT 4 (HALL 4) 3.1.4|THREE
Manufacturing Activity Open- end yarn Unit Capacity
Product Range
•
1248 rotors
•
Production of yarn per day: 12,000 kg
6s-20s
UNIT 5 (HALL 5) 3.1.5|THREE
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
RAWMATERIALSTORAGEANDFIBERINSPECTION3.3|THREE
BALESPECIFICATION3.3.1|THREE •
Fiber
•
NetWeight
•
Origin/Supplier
•
Length
•
Width
•
Staplelength
BALEINSERTIONPARAMETER3.3.2|THREE •
Origin:
•
ThicknessorFineness(micronaire)
•
Baleweight:165or220kgs(approximately).
•
Staplelength:30-35mm
•
DegreeofReflection(RD):60-80Degrees
•
Strength:24-29gram/tex
•
Moistureregain
•
Evenness
•
Maturity
MACHINEUSEDFORTESTINGOFFIBER3.3.3|THREE
10
•
HVI:HighVolumeInstrument
•
AFIS:AdvanceFiberInformationSystem
PROCESSFLOW3.4|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
BLOWROOM3.5|THREE
INTRODUCTION3.3.1|THREE Blow-roomconsistsofanumberofmachinesusedinsuccessiontoopenand cleanthecottonfiber.About40%-70%trashisremovedinblow-roomsection.
PROCESSFLOWINBLOWROOM3.3.2|THREE •
preopeningwithBlendomatBDT
•
metalorfiredetectionbySPMF
•
precleaningbyMaxi-flow
•
mixingorblendingbyMPM
•
fineopeningbyCVT
PROCESSPARAMETERINBLOWROOM3.3.3|THREE ThebasicpurposeofBlow-roomistosupply •
smallfibertufts
•
cleanfibertufts
•
Homogeneously blended tufts if more than one variety of fiber is used, withoutincreasing thefiber rupture, fiberneps,and brokenseedparticles andwithoutremovingmoregoodfibers.
PRE-OPENING3.3.4|THREE Effectivepreopeningresultsinsmallertuftsizes,thuscreatingalargesurface areaforeasyandefficientremovaloftrashparticlesbythefineopeners. Vardhman Textiles uses Trutzschler Blendomat BDT (019) as the preopening machine.
12
PRE-OPENINGFEATURES3.3.5|THREE
•
Ithelpsmaintainingthehomogeneityofthelongtermblending
•
cotton is opened gently without recycling as it is done in manual bale openers
•
thetuftsizecanbeassmallas50to100gramswithoutrupturingthefibers
•
theopeningrollerspeedisaround1500to1800rpm.
•
thedepthofpenetrationoftheopeningshouldbeasminimumaspossible forbetterquality
•
Iftheproductionperfeedingmachineislessthan150kg,thenfourmixingscan bedone
METEL/FIREDETECTION3.3.6|THREE
Cotton fiber may catch some metal components while its fiber extraction processwhichneedstoberemovedbeforeitgoesintoanyfurtherprocessing. 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 blendomattakesupthefiberfromthemanuallyopenedbales. VardhmanTextilesusesTrutzschlerSPMFforthisprocess.
PRECLEANINGANDBEATING3.3.7|THREE VardhmanTextilesusesTrutzschlerMaxiflowforthiswork.
13
VARIOUSMACHINEPARAMETERS3.3.8|THREE •
Thefibertreatmentinthismachineisverygentlebecausethefibersare notgrippedbythefeedrollerduringbeating.Fibertuftstreatedbythe pinbeaterwhenitiscarriedbyairmedium
•
allheavytrashparticlesfalldownbeforeitisbroken
•
cleaningefficiencyofthismachineisveryhighintheblowroomline
•
Mostly all heavy seeds( full seeds) fall in this machine without any problem
•
around 50pascal suctionpressure should be maintained in thewaste chamberforbettercleaningefficiency
•
beaterspeed,airvelocitythroughthemachine,gridbarsettingandgap betweengridbarswillaffectthecleaningefficiency
•
higherthecleaningefficiency,higherthegoodfiberloss,higherthenep generaionandhigherthefiberrupture
•
the
optimum cleaning
means maximum cleaning
performance,
minimum lossof goodfibers, a high degree of fibre preservation and minimumnepgeneration •
in general the beater speed is around 750 and minimum 50 pascal suctionpressuretobemaintainedinthesuctionchamber
MIXINGORBLENDING3.3.9|THREE
If different grade of same fibers are kept together, then it is called mixing, whereas,whendifferentfibersofsameordifferentgradesarekepttogether, thenitiscalledblending.Physicalproperties(fibrelength,fineness,strength) oftheresultantblendcanbepredicted,andarereproducible.
14
MIXINGORBLENDING:OBJECTIVES3.3.10|THREE
•
Toachieveuniformquality.
•
Toimproveperformance.
•
Toreduceandcontroltheproductioncost.
•
Tomeetthefunctionalanduserrequirements.
•
Toenhanceaestheticpropertiesi.e.appearance,color,lustersetc.
•
To enhance physical properties i.e. tensile strength, abrasion resistance,stretchetc.
Vardhman Textiles uses Trutzschler MPM machine for uniform mixing and blendingoffibers.
FINECLEANING3.3.10|THREE
Vardhman employs Trutzschler CVT1. The cleaning points in CVT1 consist of openingroller,deflectorblades,moteknivesandsuctionhood.Trashparticles released due to centrifugal forces are separated at the mote knives and continuouslytakenawaybythesuction.Thisgivesbettercleaning.
15
CARDING3.6|THREE
INTRODUCTION3.6.1|THREE
Cardingprocessisconsideredasheartofspinning.Anydefectsoccurringinthis process continue throughout the remaining process of spinning resulting in defectiveyarn.Inthisprocessthecottonfibrespassthroughinbetweentwo setsofwirepointsmovinginoppositedirectionresultingintheparallelizationof fibers. High production incardingtoeconomizetheprocessleadstoreductioninyarn quality.Latestmachinesachievetheproductionrateof60-200kgs/hr,which usedtobe5-10kgs/hr,upto1970.
MACHINESAVAILABLE3.6.2|THREE
Machine:TrutzschlerDK-800 No.ofMachines:10 DeliverySpeed:76mt/min
16
PURPOSEOFCARDING3.6.3|THREE
•
cleaningoreliminationofimpurities
•
toopentheflocksintoindividualfibers
•
reductionofneps
•
eliminationofdust
•
eliminationofshortfibers
•
fiberblending
•
fiberorientationoralignment
•
sliverformation
TYPESOFFEEDING3.6.4|THREE
•
Feedingmaterialintheformofscutcherlap
•
Flockfeedsystem(flocksaretransportedpneumatically)
PROPERTIESOFFLOCKFEEDING(TRUTZSCHLERUSES)3.6.5|THREE
•
highperformanceincardingduetohighdegreeofopennessoffeedweb
•
laborrequirement is less due tono lap transportation and lap change in cards
17
•
flockfeedingistheonlysolutionforhighproductioncards
•
lineardensityofthewebfedtothecardisnotasgoodaslap
•
installationisnotflexible
•
autolevelerisamust,henceinvestmentcostandmaintenancecostismore
DRAWING3.7|THREE
INTRODUCTION3.7.1|THREE The sliver from the carding section is combined together to form one dense sliver.TheprocessiscalledasDoublingOneforSix(DO/6).Itmeans6slivers aretaken together to form onesliverwhich is theinput forthe formation of laps.
MACHINESAVAILABLE3.7.2|THREE Machine:LakshmiReiter No.ofMachines:2 Draftingarrangement:3over3 Typeofweighing:PnuematicLoaded Highdeliveryspeed:upto500mts/min Production:upto360kg MAINOBJECTIVES3.7.3|THREE •Tostraightenthefibersandmakethemparallel •Toimproveuniformity •Toimproveevenness
PROCESSPARAMETER3.7.4|THREE
1. Flexibility: The pneumatically loaded 3-cylinder pressure bar drafting arrangement makes the processing of noils as well as fibres of a staple lengthupto75mmpossibleControlledpositivesliverfeedtableforcansize of600x1100mm(24''x42'')
2. Sliver Compression: Sliver compression before coiling increases can content
3. Automaticcanchange:Increasestheefficiencyofthemachine 4. Cleanliness:DustextractionimprovesworkingconditionDoubling6for1.
18
LAPFORMER3.8|THREE
INTRODUCTION3.8.1|THREE Lap former machines form the lap from the sliver of desired fineness and weight.TheD/Fsliversaredraftedandwoundintoalap.8-12sliversarefed 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 calendarrollswhichcompressesitsstronglytoformalapsheet(batt).Thisis thenwoundontoatubebythelaprollsandlaprollerflanges.Whentubeisfull itisautomaticallychangedforanemptyone.
MACHINESAVAILABLE3.8.2|THREE Machine:LakshmiUNIlap(LH-10&LE4/1a) No.ofMachines:2 Deliveryspeed:upto120mts/min Battweight:upto80gms/mt Timetocompleteonelap:2.5min
19
COMBING3.9|THREE
INTRODUCTION3.9.1|THREE
Combingistheoperationinwhichtheshortfibersinthecottonareremovedso that the final yarn appearance and strength of the yarn is improved. It is optionalaspertheend-useoftheyarn.
MACHINESAVAILABLE3.9.2|THREE
Machine:-LakshmiREITERE-65andLK54 Numberofmachines:-6 Capacity:-3000-5000mtr
MACHINESSPECIFICATION3.9.3|THREE
Comber E-65
Comber LK-54
No.ofheads
8
8
No.ofDeliveries
1
1
Draftingarrangement
3 over 3
3 over 5
Weighingarrangement
Pneumatic250to300N
Pneumatic250to300N
LapDiameter
550mm(500-650mm)
540mm(500-650mm)
HankDelivered
0.16 Ne
0.16 Ne
Deliveryspeed
250 mpm
300 mpm
Production(inkg)
689.93
965.9
(pershiftpermachine)
20
PROCESS&OBJECTIVES3.9.4|THREE Combingisa processwhich ismeantforupgradingthe cottonrawmaterialso thatthefollowingyarnpropertieswillimprovecomparedtothenormalcarded yarn. •
Tenacity
•
gms/tex
• Trashintheyarn •
Lustre
• Visualappearance Sliversfromcardingsection cangoeitherdirectlyto Finisher Drawingthrough BreakerDrawingorthroughUniLap/CombertoFinisherDrawing.
21
FINISHERDRAWFRAME3.10|THREE
INTRODUCTION3.10.1|THREE
MACHINESAVAILABLE3.10.2|THREE Machine:TrutzschlerD-40&TD-03 No.ofmachines:3
MACHINESSPECIFICATION3.10.3|THREE
Doubling
Upto 8 ply
Draftingarrangement
4over3(withadjustablepressurebar)
Typeofweighing
Pneumaticloaded
Material
Combed
Deliveryspeed
300-1000mt/min
Autocanchanger
Yes
Auto-leveller
Yes
Wastequantity
Max0.15kg/hr
Suctionairrate
800m perhr
Operationpressure
450Pa
3
PROCESS&OBJECTIVES3.10.4|THREE
1. Usedforweightcontroltoformproductsoffinequality. 2. Tocontributetowardsdoublinganddraftofthecombedmaterialandto changehooksdisposition. 3. Tostraightenthefibresandtomakethemparallel. 4. Toimproveuniformityandeveness(homogenoussliverstructure).
22
SPEEDFRAME3.11|THREE
INTRODUCTION3.11.1|THREE
MACHINESAVAILABLE3.11.2|THREE Machine:LakshmiLFS1660Simplex No.ofspindles:120spindles No.ofmachines:4machines Deliveryrate:upto50m/min
MACHINESSPECIFICATION3.11.3|THREE Count:0.7Ne(running) TwistperInch:1.21tpi(running) ProductionRate:21.3mt/min(roving) MachineEfficiency:75.1%
Ultima/ MCU5
J34/ S6
DraftingArray
4 over 4
4 over 4
Typeofweighing
Pneumatic
Pneumatic
TotalDraft
10.31
8.1
HankFedytg6
1.8
1.38
Efficiency
85%
85%
Production(inkg)
2.13
2.75
pershiftperspindle)
PROCESS&OBJECTIVES3.11.4|THREE 1. todraftthedraw-frameslivertomakeroving 2. toimpartnecessarytwisttotheroving 3. towindtherovingonthebobbinforringframemachine
23
RINGFRAME3.12|THREE
INTRODUCTION3.12.1|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 attenuateanddrafttherovingtothedesiredthicknessofyarn,whichisthen woundonbobbins.
MACHINESAVAILABLE3.12.2|THREE Machine:LR6R/frswithELITEAttachments No.ofMachine:16ringframe
MACHINESSPECIFICATION3.11.3|THREE
ELITE Compact
Elitwist
Draftingarrangement
3 over 4
3 over4
Typeofweighing
Spring
Spring
Spindlespeed
16300 rpm
18362 rpm
Max.Speed
17500 rom
21000rpm
Tpi(nominal)
13.89 z
33.07 z
DeliveryRate(spindlespeed/Tpi)
326.60
590.22
HankFed
1.8
1.38
Production(ingm)
40.82
68.04
(pershiftperspindle)
PROCESS&OBJECTIVES3.12.4|THREE 1. Toattenuatetherovingtogetthedesiredfineness. 2. Toinserttherequiredtwisttoprovidesufficientstrength. 3. To form a suitable package of required dimension for subsequent processing.
24
WINDING3.13|THREE
MACHINESAVAILABLE3.13.1|THREE
Machine:Autoconer-338withUsterQuantumclearer2 No.ofMachines:5
PROCESS&OBJECTIVES3.13.2|THREE
1.Toformasuitablebiggerpackagewithcontinuouslength 2.Toclearobjectionablefaults 3.Toclearexcessivelyweakspotsintheyarnbytensioning 4.Highdegreeof tensionis not givenas itcanlead to loss ofelongation of yarn.
MACHINESSPECIFICATION3.13.3|THREE
25
Material
58s
60s
80s
PackageWt.
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.ofDrums
60
60
60
Pkg.Density
0.5 gm/cc
0.5 gm/cc
0.5 gm/cc
Splicing
Pneumatic
Pneumatic
Pneumatic
Splicestrength
80-85%
80-85%
80-85%
ActualProduction 70-75%
70-75%
70-75%
CONDITIONING3.14|THREE
OBJECTIVES3.14.1|THREE 1.Twistsettingofthefinalyarn. 2.To let the material reach required moisture regains value so that the companydoesnotsuffercommerciallosses.
MACHINESSPECIFICATION3.14.2|THREE
Machine:CONTEXXorXorellaAG Heatingmedium:Saturatedsteam PowerConsumption:150kW Workingpressure:-1to3bar 0
Startingtemperature:40 C Maximumconditioningtime :12hrs. Efficiency:70-75% Time Hoseiry
Temp.
Pressure
0
88%
5min
55 C
25min
60 C
0
88%
5min
76 C
0
80%
10min
80 C
0
80%
Perforated
5min
76 C
0
80%
Cheese
10min
80 C
0
80%
Warp
ImprovedStrength
ImprovedElongation
26
PACKING3.15|THREE
TYPES3.15.1|THREE
After conditioning, the material is packed according to the customer’s demand.Therearetwowaysofpacking: 1.
Cartonpacking
2.
Palletpacking
SIZE3.15.2|THREE CartonPacking 1.
NormalSize •
2.
Dimension:655mmx460mmx515mm
•
Capacity:18cones
•
Headedtoothercountries
Maha-BaliLot •
Dimension:640mmx480mmx350mm
•
Capacity:24cones
•
HeadedtoJapan
PalletPacking 1.
NormalSize •
•
2.
27
Dimension:1150mmx790mm For1.89kgcones:24layersx13cones
Maha-BaliLot •
Dimension:1150mmx1150mm
•
For2.5kgcones:25layersx13cones
•
For1.89kgcones:36layerx13cones