外墻反射隔熱涂料施工方案-

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ConstructionSchemeofReflectiveThermalInsulationCoatingforExteriorWallofThreeResidentialBuildings,TwoCommercialBuildingsandOneUndergroundGarageinSFGarden

catalogue

ChapterIProjectOverview1

ChapterIIiscompiledonthebasisof4

ChapterIVConstructionandDeploymentof5

ChapterVConstructionTechnologyofCeramicTileFacingReflectiveThermalInsulationCoating6

ChapterVIConstructionProgressPlan9

ChapterVIIResourceDemandPlan10

ChapterVIIIConstructionPreparationWorkPlan11

ChapterIXConstructionMeasuresPlan15

ChapterXSafetyGuaranteeMeasures19

Chapter11ConstructionCoordinationMeasures22

ChapterXIIMeasurestoEliminateCommonQualityFaults23

ChapterXIIIWarrantyMeasures24

ConstructionSchemeofReflectiveThermalInsulationCoatingforExteriorWallofThreeResidentialBuildings,TwoCommercialBuildingsandOneUndergroundGarageinSFGarden

ChapterIOverviewoftheProject

I.Generalsituationofbuildings

Engineeringdescription

Projectnamesof3residentialbuildings(self-numberedG-12,J-13,J-14)and2commercialbuildingsinSFGarden

Building(numberedGJ-4,GJ-5)and1basementproject

Constructionsite:ShiFengRoad,ShijingTown,BaiyunDistrict,XXCity

ConstructionunitXXCityJifengRealEstateDevelopmentXX

SupervisionunitXXYunxingconstructionprojectsupervisionXX

InvestigationunitXXCityUrbanPlanningSurveyandDesignInstitute

DesignunitXXXXBaiyunBuildingXXXX

ConstructionunitXXSouthConstructionGroupXX

3residentialbuildingsinSFGarden(self-numberedG-12(F-12),J-13(F-13),J-14(F-14)),commercial

Twobuildings(numberedGJ-4andGJ-5)andonebasementprojectarelocatedinShiFengRoad,ShijingTown,BaiyunDistrict,XXCity.

Itconsistsofanundergroundparkinggarage,twocommercialbuildingsandthreehigh-riseresidentialbuildings,withanareaof16,473㎡forconstructionbystages,withatotal

Thebuildingareais43,386㎡,ofwhichtheundergroundbuildingareais99,001㎡andtheabove-groundbuildingareais33,485.9㎡.

1floorunderground,15floorsaboveground,thebuildingcorniceelevationis47.1m,thebuildingcategoryisClassI,andthebuildingfireresistanceratingis

ClassI,thecivilairdefenseengineeringgradeisClass5,thestructuretypeisframeshearwallstructure,theseismicfortificationintensityis7degrees,andthedesignstandard.

Theheightof0.000isequivalenttotheabsoluteelevationof8.450,andthedesignedservicelifeis50years.

II.Generalsituationofstructure

ThedesigngradeofthefoundationofthisprojectisGradeA,thefoundationisCMcompositefoundation,thefoundationispileraft,andthestructuretypeisframeshear.

Thewallstructurehasaseismicfortificationintensityof7degrees,andthesafetylevelofthebuildingstructureisGradeII.

III.Overviewofwallenergy-savingdesign

Theinnerandouterwallsofthisprojecttoweraremadeofconcreteaeratedblocks,thethicknessoftheouterwallsis200mm,andthethicknessoftheinnerpartitionwallis100mm.

200MM,and150mmthickaeratedblockisusedforthepartitionwallofstairwell.Amongthem,theexteriorwallofthetowerisdecoratedasfollows:

1,brickexteriorwallpractice

1)whiteexteriorwallthermalinsulationreflectivecoating;

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2)Externalwalltiles,gluedwithadhesive;

3)5thickanti-crackingmortarcompositehot-dipgalvanizedsteelwiremesh(wirediameter0.9mm),aperture12.7*12.7mm),plasticanchor

Two-wayboltspacing500mmanchorage;

4)brushtheinterfaceagenttogether;

5)5mmthickpolymerwaterproofmortar;

6)10mmthick1:3cementmortarlevelinglayer;

7)Treatingtheinterfaceofthewallsurfaceatthegrass-rootslevel,brushingtheinterfacemortartogether;

2.Thermaldesignparametersofbuildingenergy-savingmaterialsinthisprojectareasfollows:

Averagesolarradiationabsorptioncoefficientofexteriorwall:ρ≤0.75,averageheattransfercoefficientofexteriorwallKm:

1.48W/(㎡k)AveragethermalinertiaindexDM:3.19.

IV.Overviewofreflectivethermalinsulationcoatingsforexteriorwalls

Reflectivethermalinsulationcoatingforexteriorwallistoreflect(radiate)theheatgeneratedbyinfraredraysinthesunlight,thusachievingthermalinsulation,

Afunctionalcoatingforthermalinsulation.Thecoatingiscomposedoffilm-formingmaterials,pigmentsandfillers,specialfunctionalmaterialsandadditives.every

Allkindsofmaterialshavedifferentinfraredabsorptionandreflectivity,soweshouldpayattentiontotheperformanceofeachmaterialwhenselectingmaterials.

1.Film-formingmaterials(resins):Mostorganicresinsasfilm-formingmaterialsaretransparentinthenear-redregion,

Whilevisiblelightabsorbssomeenergywiththedifferentcolorofresin.Generally,colorlesstransparentresinhardlyabsorbs.

Theenergyofsunlight.Therefore,resinscommonlyusedingeneralcoatingscanbeusedforsolarphotothermalreflectivecoatings.

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Theresinusedforexteriorwallreflectivethermalinsulationcoatingrequiresthatthelowertheabsorptionrateofvisiblelightandnearinfraredlight,thebetter.Most

Resincanmeet;Thehigherthetransparencyofresinisrequired,thelowerthesolarabsorptionrateis.Solarheatabsorptionofseveralcoatings

Theyieldisshowninthetable:

Solarthermalabsorptivityofseveralcoatings

Coatingpigmentabsorptionrate

OrganicresinTiO20.10epoxyresinTiO20.25

Silicone-acrylicresinTiO20.19polyurethaneresinTiO20.26

Silicone-alkydresinTiO20.22acrylicresinTiO20.24

2.Pigmentsandfillers:Exteriorwallreflectivethermalinsulationcoatingachievesthepurposeofthermalinsulationandcoolingbyreflectinginfraredraysinsunlight.

Yes,pigmentsandfillers,likeresins,requirethatthegreaterthereflectivityofvisiblelightandnearinfraredrays,thebetter,andthesmallertheabsorptivity,thebetter.

Atthesametime,inordertoreducethetransmissionofsunlight,pigmentsandfillersshouldalsohavethegreatestscatteringeffectonsunlight.

Factorsaffectingsunlightscatteringbypigmentsandfillers;

①CoveringpowerofpigmentsandfillersThegreaterthecoveringpowerofpigmentsandfillers,thegreaterthescatteringeffectonsunlight.Pigmentfiller

Titaniumdioxide(rutiletype)hasthelargesthidingpower,anditalsohasagreatscatteringeffectonsunlight.

②Refractiveindexofpigmentsandfillers.Therefractiveindicesofvariouspigmentsandfillersarealldifferent,andthedifferencesareveryhighandlow,asshowninTable3.

Refractiveindexofpigmentsandfillers

Namerefractiveindexnamerefractiveindex

Titaniumdioxide(rutiletype)2.80bariumsulfate1.64

Titaniumdioxide(anatase)2.50magnesiumsulfate1.58

2.2zincoxideand1.54silicondioxide

Lithopone1.84ironoxidered2.80

Talcpowder1.59ironoxideyellow2.30

Alumina1.7

3.Specialfunctionalityofpigmentsandfillers:Specialfunctionalitymeansthatitcanplayahigherroleinexteriorwallreflectivethermalinsulationcoatingsatthesametime.

Synergisticpropertiesofanti-radiationanddiffusescattering,suchasnano-titaniumdioxide,antimonytrioxide,oxidation

Zirconiumandsomeothernanomaterials,phasechangematerials(vanadiumdioxideanditsdopants)andhollowglass(ceramic)microbeads.

Wait.

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Hollowglass(ceramic)microbeadsaregenerallyaddedtotheintermediatecoating.Afterthecoatingiscuredtoformafilm,afilmisformedinthecoating

Thebarrierofhollowsphericalglassbeadsblockstheintroductionofheat.

4.Additives

Itsadditivesaresimilartopigmentsandfillersofgeneralcoatings:

(1)becausetheexteriorwallreflectivethermalinsulationcoatingshouldhavethespecialfunctionofthermalinsulation,somanufacturersmakeitwhite,which

Samplescankeepgoodreflection,whichisconducivetotheheatinsulationfunction.Onthecontrary,nomatterwhatcolor,theheatinsulationeffectwillbereduced.

②Thethermalinsulationperformanceofexteriorwallreflectivethermalinsulationcoatingisalsocloselyrelatedtothesurfacecleanlinessofthecoating.Addspecial

AdurablesurfactantisusedtoadjustthesurfaceXforce,sothatthecoatingishydrophilic,antifoulinganddurable.Whenbeingwashedbyrain,

Thedustonthesurfaceofthecoatingiswashedawaybyrain,leavingnoraindropimprintafterdrying,andkeepingtheappearanceofthecoatingwithoutanyinfluence.

Clean.

ChapterIICompilationBasis

1.UnifiedStandardforAcceptanceofConstructionQualityofBuildingEngineering(GB50300-2013)

2.CodeforQualityAcceptanceofBuildingDecorationEngineeringX(X》(GB50210-2018)

3.CodeforAcceptanceofConstructionQualityofBuildingEnergy-savingProjectsX(SZJG31—2014)

4.Energy-savingTestingStandardforArchitecturalReflectiveThermalInsulationCoatings(JGJ/T287-2014)

5,theXXprovincebuildingenergy-savingengineeringconstructionqualityacceptancespecificationX(DBJ15-65-2009)

6.TechnicalSpecificationforApplicationofReflectiveThermalInsulationCoatingsforBuildingsinXXProvince(DBJ15-75-2010);

7.ReflectiveThermalInsulationCoatingsforBuildings(JG/T235-2014);

8.ReflectiveThermalInsulationCoatingsforBuildings(GBT25261-2010)；);

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9.TechnicalSpecificationforApplicationofReflectiveThermalInsulationCoatingsforBuildings(JGJ/T359-2015)

10.CodeforAcceptanceofConstructionQualityofResidentialBuildingEnergy-savingProject(DB11/1340-2016)

11,thebuildingconstructionsafetyinspectionstandard(JGJ59-2011)

12.TechnicalSpecificationforSafetyofAerialWorkinConstructionX(JGJ80-2016)

13.HangingBasketforAerialWork(GB19155-2003)

14,theconstructionsitetemporaryelectricitysafetytechnicalregulationsx(jgj46-2012)

15.thearchitecturalandstructuraldesigndrawingsofXXxxBaiyunbuildinginxxcityprovidedbytheowner,thearchitecturalfestival

DesignSpecialArticles"andrelatedreviewopinions;

ChapterIVConstructionDeployment

I.Organization

Second,thequalityobjectives

AccordingtotheengineeringstandardofXXprovince,codeforacceptanceofconstructionqualityofbuildingenergy-savingengineeringinXXprovince,dbj15-65-2009,

Theengineeringqualityofreflectivethermalinsulationcoatingforexteriorwallhasreachedthequalifiedstandard.

III.Energy-savingtargets

StrictlyimplementtheprovisionsoftheCodeforAcceptanceofConstructionQualityofBuildingEnergy-savingProjectsX(SZJG31-2010)toensurethisproject

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Meettheenergy-savingstandardsrequiredbydesignandregulationX..

IV.Constructionpreparationwork

1,shouldbeengagedinbuildingenergy-savingengineeringconstructionrelatedemployeesforbuildingenergy-savingstandardsandtechnologiesandotherprofessionalknowledge.

Knowledgetraining.Constructionmanagersshouldparticipateincontinuingeducationofbuildingenergyconservationpractice.

2,theconstructionsite,shouldbeequippedwiththerelevantnationalandmunicipallawsandregulationsonbuildingenergyconservationandtheproject-relatedbuildingenergyconservation.

Sexstandard.

3.Beforetheconstructionofbuildingenergy-savingproject,theprojectchiefengineershouldorganizetheconstructionpersonneltobefamiliarwiththedesigndocumentsandparticipateinthejointreviewofconstructiondrawings.

Anddesigndisclosure.

4,thejointreviewofconstructiondrawings,shouldreviewwhetherthebuildingenergy-savingdesigndrawingshavepassedtheexaminationoftheconstructiondrawingdesignreviewunit.

Constructiondrawingsthathavenotbeenexaminedorreviewedanddonotmeetthemandatorybuildingenergyefficiencystandardsshallnotbeused.

5.Disclosureofbuildingenergy-savingdesign.

V.Workintheconstructionphase

Beforeconstruction,theapplicationformofmaterials/components/equipmentofbuildingenergy-savingengineeringtobebroughtintoplayshallbesubmittedasrequired(includingwall

Materials,thermalinsulationmaterials,doorandwindowparts,lightingequipment,etc.)andtheirqualitycertificationmaterials,asfollows:

1)Qualitycertificationmaterials(warrantyletter,specification,typeinspectionreportandreinspectionreportofinsulationsystemandcomponentmaterials)

Whetheritisqualifiedandcomplete,andwhetheritmeetstherequirementsofdesignandproductstandards.Asindicatedintheproductspecificationandproductidentification.

Whethertheperformanceindexmeetsthebuildingenergyefficiencystandard.

2)Whethertousematerials,componentsandequipmentthatarebannedoreliminatedbythestate.

3)Whetherthereisarecordcertificateofbuildingmaterialsandcorrespondingverificationrequirements.

4)Follow-upinspectionorwitnesstakingaccordingtotheproportionoftheentrustedconstructioncontractandtherelevantprovisionsofbuildingenergyefficiencystandards.

Sample,sendsamplesfortesting.

5)Thebuildingenergy-savingengineeringmaterials,componentsandequipmentthathavenotbeenacceptedorfailedtobeacceptedshallnotbeusedinengineering.

Orinstall;Thematerials,componentsandequipmentthatarebannedoreliminatedbythestateshallnotbesignedandrecognized,andtheywillfailtopassthedeadline.

Buildingenergy-savingengineeringmaterials,componentsandequipmentshallbewithdrawnfromthesite.

6)Patrolandinspectthebuildingenergy-savingconstructionprocess.Theunqualifiedprocessshallnotbefollowedbythenextprocess.

Construction.

ChapterVConstructionTechnologyofCeramicTileFacingReflectiveHeatInsulationCoating

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I.Basictechnologicalprocess

Thefollowingconstructiontechnologyisadoptedforcoatingceramictilereflectivethermalinsulationcoating:

Treatmentandcleaningofouterwalltilebaselayer→sprayingsealingprimerfor1time→sprayingreflectivethermalinsulationcoatingprimerfor1time→spraying.

Applyintermediatepaintofreflectivethermalinsulationcoatingonce→sprayfinishpaintofreflectivethermalinsulationcoatingonce→sprayfinishpaintonce→details.

Management→cleaningandmaintenance.

Second,themainmaterialselection

1.Cleaningmaterials:dilutehydrochloricacidoroxalicacidornaturalwater,etc.

2.Sealingprimer:"YingsuGranule"brandisadopted.Thisprimerhasgoodpermeability,excellentalkalisealingresistanceofpaintfilm,andgoodalkaliresistance.

Stronglayeradhesion;

3.Sprayreflectivethermalinsulationprimer:adoptthebrandof"YingsuGranule",andsprayreflectivethermalinsulationprimertoimprovethebase.

Adhesionoflayer;

4.Sprayreflectiveheat-insulatingintermediatepaintandfinishpaint:adopt"YingsuGranule"brand,reflectiveheat-insulatingpaintandmaincoating.

Remarkableradiationheatinsulationeffect,excellentwashingresistance,stainresistance,weatherresistance,algaeresistanceandmildewresistance,andgoodvisualeffect;

5.Overcoat:Itadopts"YingsuGranule"brand,whichhashighglossandglossretention,andplaysadecorativeandprotectiverole.

III.ConstructionTechnologyandRequirements

1,grassrootsrequirements

(1)Afterthecompletedexteriorwalltilesarequalified,theywillbehandedovertotheexteriorwallreflectivethermalinsulationcoatingprofessionalconstruction.

Unitconstruction.

(2)Thesurfacetreatmentoftheexternalwalltilesmustbesmoothandconsistentincolor,andthetilesshouldnotbepeeled,powdered,orchipped.

Andotherphenomena;Thesurfaceofbrickmortarjointshallbesmooth,withoutlooseness,sanding,pulverization,cracks,damages,honeycombsandholes.

Andhassufficientstrengthandrigidity.

(3)Theprofessionalconstructionunitofexteriorwallreflectivethermalinsulationcoatingusesdilutehydrochloricacidoroxalicacidornaturalwaterfortheconstructionface.

Suchascleaningmaterialsforcomprehensivecleaning.Accordingtothetop-downeverythreelayerstocleanagain,cycle,verticalconstructionface.

Staggeredwitheachothertopreventandavoidsecondarypollutioncausedbytoolongcleaningintervalandconstructionprocess.

(4)Themoisturecontentofthebaseshouldbe<8%,andthePHvalueshouldbebelow10.Iftheaboverequirementsarenotmet,theconstructionperiodshouldbeappropriatelyextended.

2.Constructionofsealingprimer

(1)onthebasethatmeetstheconstructionconditions,paintbrushshallbeusedtobrushtheinternalcornersfirst,andthentheexteriorwallbeddingfaceshallbesprayed.Requirements

Nosagging,nobrushleakage,thedosageis0.17~0.20㎏/㎡(once),anditcanbedilutedaccordingtotheneed,butthewaterisadded.

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Nomorethan15%.Afterpriming,thesurfaceshouldbeuniformincolor,andtherearenoproblemssuchascoatingleakageandprimerpenetration.

(2)Afterthebasecoatiscompletelydry(about24h),thereflectiveheatinsulationcoatingforexteriorwallshallbeconstructed.

3.Constructionofreflectivethermalinsulationcoating

(1)sprayingreflectiveheat-insulatingpaintprimer,reflectiveheat-insulatingpaintintermediatepaintandreflectiveheat-insulatingpainttopcoat

Construction,shouldbefromtoptobottomaccordingtoeverythreelayersofaconstructionperiod,afterthecompletionofeachlayerofpaintconstruction,eachtimefinishingmaterials.

Materialconstructionmustbecarriedoutafterthesurfaceofthepreviouscoatingmaterialisdried(about4hours),andeachcoatingmaterialshouldbecoated.

Uniformdecoration,eachlayeroffinishingmaterialsmustbecombinedfirmly,andthenumberoftopcoatingscanbeincreasedforprojectswithspecialrequirements;

A,ingredients:Lipudowithhigh-efficiencyhemisphericalreflectionabilityismixedwithfinishaccordingtotheratioof1:12.

Sprayevenlyonthetilesurfaceoftheexteriorwallwithaspraygun,withthedosageof0.20~0.25㎏/㎡(once),andthesprayingtimesarehorizontal,

Sprayitverticallyandvertically.

B.Sprayingconstruction:thedistancebetweenthemuzzleandthewallisabout25cm,andthehand-heldspraygunisusedtosprayevenlyhorizontally,verticallyandvertically.

Sprayonceineachdirection.Sprayisnotallowedinstrongwind(windspeedismorethan5m/min)andrainydays.

C.Coatingthicknessrequirements:thethicknessofeachcoatingisbetween0.18mm-0.23mm,andthesurfaceisuniform.

(2)Ontheclosedprimerlayerthatmeetstheconstructionconditions,selectapaintbrushtobrushtheinternalcornersfirst,andthenspraytheexteriorwallbeddingface.

Itisrequiredthatthereshouldbenosaggingandbrushleakage,andthesurfaceafterprimingshouldbeuniform,freefromcoatingleakage,virtualshadow,needleholesandairholes.

Question.

(3)Duringthewholeconstructionprocess,theconstructionviscosityoffinishingmaterialsshouldbebasedonthemethod,temperatureandhumidityintheconstructionseason,etc.

Theconditionsarestrictlycontrolled,andaspecialpersonshallberesponsiblefortheallocationaccordingtotheinstructions.Diluentorwatershallnotbeaddedatwill;

(4)Thecoatingmaterialsofthesamebatchnumbershallbeappliedtothesamewallsurfaceinthesamecolor.Whenthebatchnumberofthesamecolorisdifferent,thecoatingmaterialsshallbepreparedinadvance.

Evenlymix,toensurethatthesamewalldoesnotproducecolordifference;

(5)Whencoatingbyspraying,thecoatingfilmshouldnotbetoothickortoothin,anditshouldbefullycoveredandnottransparent.

Shadow,uniformsurface.

(6)Whenspraying,theviscosityofthecoatingandthepressureofthespraygunshouldbecontrolled,andthethicknessofthecoatingshouldbeuniform,withnoexposureandnoflow.

Drop,uniformcolor;

(7)Inthefastdryingseason,whenfinishinginalargearea,manypeopleshouldcooperatewiththeoperation,flowoperation,andapplyinthesamedirection.

Decoration,shoulddealwithsummer-plantingparts.

(8)Exteriorwallfinishingconstructionshouldbecarriedoutfromtoptobottom;Materialcoatingconstructionsectionshouldbeinmetopeframeseam,

YinandYangcornerofwallordownspoutisthedividingline.

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4.Constructionoffinishcoat

Aftertheconstructionofreflectivethermalinsulationcoatingforexteriorwalliscompleted,finishcoatshallbeconstructed.Finishcoatmustbeusedbefore.

Mixwell,selectthemostsuitableconstructionratioandadjusttheappropriateadhesiveaccordingtothetemperature,humidityanddifferentcoatingmethodsonthespot.

Water-basedfinishpaintisakindofwater-basedpaint,soorganicsolventpollutionshouldbeavoided.

5.Detailtreatment

Mainlyfortheconstructionelevator,towercraneembeddedparts,balconylines,rainwaterpipesandotherpartsforsecondarytreatment.

6.Cleaningandmaintenance

Afterthecompletionofthedetailtreatment,clearupthewindowframe,glassandbalcony,whicharemainlycausedbytheconstruction.

Andair-conditioningrailings;Afterthecompletionofcleaning,conductacomprehensiveinspection,andcarryoutre-inspectiononthepartswheretheconstructionisnotinplace.

Secondarytreatment.

IV.ConstructionMeasures

1,ceramictilefacingexteriorwallreflectivethermalinsulationcoatingadoptsautomaticelectrichangingbasketforconstruction,electrichangingbaskettype.

No.ZLP630,whichisarrangedalongtheperipheryoftheexternalwall.First,theeast-westfacadeisconstructed,andthenthenorth-southfacadeisconstructed.

Thenumberis20,whichhasmettheconstructionneeds.

2.Theinstalleddoorsandwindows,decorativelayers,etc.arecoatedwithreflectivethermalinsulationcoatingforceramictilefacingexteriorwallwithwoodenboards,

Plasticplate,etc.Flowersandtreesinthegardenshouldbecoveredwithstripedclothbeforespraying.Hangingbasketdownto

Whentherearetreesandflowersplanted,stayabovethem.Peopleusethedoorframetogoupanddown,andthehangingbasketfallsonthetreesandflowers.

Outsidethegrassclearing;

V.PrecautionsforConstruction

1,payattentiontothesafetyofcrossconstructionandmutualprotectionoffinishedproducts.Ifpollutionoccurs,itshouldbecleanedupimmediately.

2.Whencarryingoutthenextworkingprocedure,besuretowaituntilthepreviousworkingprocedureiscompletelydry.

3.Constructioninrainyandwindyweathershouldbeavoided,andtheconstructionshouldbestoppedwhentherelativehumidityisgreaterthan80%.

4.Theunusedtopcoatshouldbecoveredtopreventashfallingandcrusting.

5.Materialsmustbekeptindoorstopreventfreezinginwinterandnotexposedtothehotsuninsummer.

6.Forthepaintingoftowercranes,scaffoldingholes,roofsnearthegroundandotherspecialparts,thespecificschemeisrelatedto

Implementationafterconsultation.

ChapterVIConstructionProgressPlan

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Accordingtoourcompany'spreviousconstructionexperienceandconstructiontechnicalforce,thebidperiodofthisprojectiscompletelyguaranteed,andthespecificwork

Theplanschedulewillbeformulatedaccordingtotheactualsituation.

ThisprojectisplannedtostartconstructiononMarch1,2020,andtheplannedcompletiontimeisApril30,2020.Theproject

Thetotalconstructionperiodis60days.

ChapterVIIResourceDemandPlan

1.LaborDemandPlan

Mainlabordemandscale

Noteofserialnumberofworkunitquantity

1generalworker15

2Painters40

3Electrician2

4Mechanic6Hangingbasketassembly

Note:Accordingtotheactualconstructionsituation,necessaryadjustmentscanbemadetoensurethattheconstructionpersonnelcanmeettheconstructionrequirements.

2.DemandPlanforMainMaterialsandTurnoverMaterials:

Everytimethemainmaterialcomesintoplay,20tonsofwaterisneeded.

3,mechanicalequipmentdemandplan:

Listofmainconstructionmachinery

Serialnumbermachinename,specification,model,unitquantity

1materialhoistJJM-3sets1

2AutomaticelectrichangingbasketZLP630hangingbasketplatform20

3.Rope120m.Strip10

4stirringrod/root5

5airlessspraygunGRACO395TTaiwan6

6Powercable3×6+1×4m600

Note:Accordingtotheactualconstructionsituation,necessaryadjustmentscanbemadetoensurethattheequipmentmeetstheconstructionrequirements.

4.Demandplanforlargetoolsandappliances:

1.Brushandmeasuringtoolssuchaslineruler,brush,combinationbrushpen,bucket,balanceandscale.

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2,supportingspecialrolleranduniformplateandotherrollercoati