Packaging Instruction - GE
GE STEAM POWERHDST601100Resp. Dept.:Replaces:Revision:Doc Type:1350HDST601100 GMHDCFile 2-24 J. Hauser2020-02-26 M. Tröndle2020-02-26 A. RebholzEN1 / 33ExportControlled: Yes NoECCN:US origin: Yes No-Non-Public- Not to be copied, reproduced or distributed outside of GE without prior approvalUncontrolled when printed or transmitted electronicallyPackaging InstructionDCLng. StatusRev. ReleasedTypePage1General .22Packaging Requirements .23Use of ISO Containers.34Packing Protocol and Inspection .35Dangerous Goods .36Marks .47Packing List .48Packaging Material Requirements.4AAppendix A - Types of Export Packing .7BAppendix B - Corrosion Protection. 251350 HDST601100Dept. Document No.MH 2021-02-25 EN ApprovedContent COPYRIGHT 2021 General Electric CompanyAll rights reserved. The information herein is Proprietary and Technically Exclusive content that is solely owned by General Electric Company and/orits affiliates. Thus, it is being provided with the explicit expectation of restricted and privileged use. All persons or legal entities receiving thisinformation shall be deemed by the act of its receipt have contractually agreed to make no duplications, reproductions of any nature by any means,modifications, disclosures, or use any portion of this material; except as is expressly authorized in writing by the General Electric Company, and/orits legitimate affiliates.
GE POWERMH 2021-02-25 EN ApprovedDCLng. StatusRev. ReleasedType11350 HDST601100Page:MH2 / 33HDST601100GeneralThis instruction HDST601100 fits within a set of packaging instructions issued to Suppliers. Table 1 definesthe order of precedence of packaging instructions.This instruction defines the minimum packaging Precedence RegulationGE product specific packaging instructionrequirements and prescribed packaging methods 1Supplier specific packaging instruction approvedif either a GE product specific packaging 2by GE’s Transport Logisticsinstruction or a supplier specific packagingHDST601100instruction approved by GE’s Transport Logistics 34National industry standards (e.g. S.E.I., HPE, ANSI,does not exist. )The Supplier shall decide which protection andTable 1: Order of preceding packing instructionspreservation measures shall be adopted to meetthe requirements of this instruction (as per section 2) and the needs of the product – in respect of the sensitivity and inherent nature of the product.Adhering to this instruction does not minimise the liability of the Supplier for product damage resulting frominadequate packaging and/or inherent vice. The Supplier must know to what extent his product is susceptibleto damage during transport and storage.The Supplier shall subcontract his packaging scope to a company certified as per ISO 9001 / 14001 orequivalent standards and being capable to meet these packing requirements should the Supplier not be ablefulfil these minimum requirements himself.In respect of packing, labelling, marking and declaration of dangerous goods, it is the Suppliers responsibilityto ensure that he and/or his appointed subcontractors hold relevant qualifications and certification issued bythe respective governing bodies. GE reserves the right to request copies of such valid certifications.Project and/or country specific packaging requirements are defined in Shipping, Packing and MarkingInstructions circulated by GE Transport Logistics.2Dept. Document No.Revision:Packaging RequirementsThe packaging must fulfil the following requirements: Protection against mechanical stress and damage such as- stacking pressure of at least 1.0 t/m2 and stacking height of 8 m;- impacts and accelerations of maximum 1 g or 9.81 m/s2 during transport and handling;- Air transport: special requirements apply, need to consult air carrier early. Typical G accelerations todesign packaging for are: 2.3g forwards, 1.5g rearwards, 2g up, 2.5g down (AN124)- vibration (e.g. transport over poor roads);- forces resulting from frequent loading and transferring; and- compression resulting from lifting with slings. Protection against environmental factors over a period of at least 12 months such as- corrosion caused by effects of relative humidity;- contamination, decomposition and rotting resulting from industrial exhaust fumes, saline air, rain,snow, splash water, mould etc.;- temperatures between -25 C up to 70 C and major short termed temperature changes duringtransport and storage; and- mechanical damage caused by rodents or abrasion resulting from dust and sand in the air. Protection to allow outside storage unless the project related Shipping, Packing and Marking Instructionallows otherwise. Protection against theft and vandalism. Provision for economic lifting, transferring and transport of consignments. Strict adherence to international and national laws and regulations for dangerous goods. Use of environmentally friendly packaging material capable for recycling.GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH3 / 33HDST601100These requirements are comparable to conditions classified as IE23 of EN 60721-3-2 with regards totransportation and IE14 of EN 60721-3-1 regarding storage.3Use of ISO ContainersISO containers are not considered as packaging, but are classified as transport devices.ISO containers may assist in reducing the measures needed to fulfil above requirements. Refer to the projectspecific Shipping, Packing and Marking Instruction for further obligations when using containers.44.1Packing Protocol and InspectionPacking ProtocolLng. StatusRev. ReleasedTypeDC1350 HDST601100Dept. Document No.MH 2021-02-25 EN ApprovedThe Supplier must issue a packing protocol for each package wherein the adopted packaging and preservationmethods are recorded. The test certificate HDST601912 can be used. Alternative forms are permissible butthey must at least contain all the information defined in HDST601912.The Supplier must file/retain all packing protocols for a minimum of 5 years. Within this period, the Supplieris obliged to provide packing protocols upon GE’s request.4.2Packing InspectionGE reserves the right to inspect any packing measures at its discretion. The Supplier must cooperate with anyrequests for inspection and provide the necessary assistance to GE and/or their agents/servants/assigns.5Dangerous GoodsParts, components, materials, or products classified by theirSafety Data Sheet (SDS) as being dangerous goods must betreated as per applicable regulations (refer to Table 2).All concerned parts, components, materials, or productsmust be packed, labelled, marked and declared in strictadherence with the applicable regulations. The Suppliershall be liable for non-compliance to the applicableregulations.Mode of transportRoad transportRail transportRiver transportSea freightAir IATA/ICAORegulationADR/SDR 1RID/RSD 1ADN 1IMDG-CodeIATA-DGRNational and multi-national regulations apply, e.g. ADR/SDR in most European countries or CFR49 in USA for road transport. ADN for European Inland WaterwaysTable 2:Codes regulating dangerous goodsGE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWER6Revision:Page:MH4 / 33HDST601100MarksAll markings must be clearly legible, visibly and indelible. The character height must be at least 30 mm.6.1Lifting PointsLifting points of all packages must be marked with the chain symbol as per ISO 780-Figure 16.6.2Centre of GravityPackages with a gross weight of 3’000 kg or more, a centre of gravity being offset 20% or more compared to the centre line or width/height ratio of less than 0.7must be marked with physically correctly placed symbols for the centre of gravity in accordance with ISO 780Figure 7. Marking of lighter packages is recommended.6.3Caution and Handling MarksLng. StatusDC1350 HDST601100Rev. ReleasedTypeDept. Document No.MH 2021-02-25 EN ApprovedCaution and handling marks in accordance with ISO 780 may be added on packages as required.6.4Shipping MarksShipping marks must be carried out exactly as per the detailed directives of the Shipping, Packing and MarkingInstruction distributed by the responsible GE Transport Logistics department.6.5ITNS-I MarksThe following tagging is only applicable on the nuclear related products including ITNS-I.The purpose is to define and enforce tagging requirements for ITNS-I in accordance with ISO 19443:2018requirements.ITNS-I tagging is mandatory only on ITNS-I and shall be done according the below template.The marking must be in black letters on a yellow background, directly on the packing.6.5.1ITNS:DefinitionImportant To Nuclear Safety: characteristic of a product, service, item or activity, whose failure couldresult in undue radiation exposure of people or the environment. (Source: ISO 19443: 2018)ITNS-I: Important To Nuclear Safety Item: any assembly, component, equipment, material, module, part,software, structure, sub-assembly, sub-system, system or unit:Leading to undue radiation in case of malfunction or failure;Preventing the malfunction or failure;- Mitigating the consequences of malfunction or failure.7Packing ListOne complete packing list inside a watertight envelope must be affixed outside of each package and becovered by sheet metal.8Packaging Material RequirementsIt is the policy of GE to restrict the use of materials and substances in packaging materials that are prohibited,restricted, significant (detrimental) to environment, health or safety, would trigger hazardous wastemanagement requirements or could have a negative impact on end-of-life management.GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH5 / 33HDST601100In general, hazardous, poisonous, toxic, explosive, irritant, harmful, prohibited or restricted materials mustnot be used in packaging used for shipping GE parts, components, subassemblies, materials or products.Where appropriate any restriction of the country of destination in respect to packaging materials must berespected by the supplier.The restrictions specified in this section apply to all packaging materials purchased by or on behalf of GE. Therequirements apply to all packaging used for shipping GE parts, components, subassemblies, materials orproducts.8.1Wood Treatment (ISPM 15)Any wooden packaging or wooden components of packing must generally be treated per ISPM 15 Standardpublished by the Commission on Phytosanitary Measures (CPM) on its International Phytosanitary Portal(www.ippc.int), which means that: Packaging must be bark-free; Packaging must be free from pest infestation; and Each individual package must show the conforming marks or must be accompanied by the necessaryphytosanitary certificate.Lng. StatusDC1350 HDST601100Rev. ReleasedTypeDept. Document No.MH 2021-02-25 EN Approved8.2DisposalThe use of packaging materials shall be reduced to a minimum to limit the environmental impact. The appliedpackaging material shall preferably be recyclable or environmentally sound disposable as governed by locallaws and regulation at the receiver’s country.GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWER8.3Revision:Page:MH6 / 33HDST601100Restricted MaterialsMaterials listed in Table 3 must not be used in packaging or means of transportation. In addition to the generalpolicy, all packaging used for shipping GE parts, components, subassemblies, materials or products must notcontain:AsbestosBrominated FlameRetardantsCadmium, HexavalentChromium, Lead, Mercuryand its compoundsChlorinated HydrocarbonsMH 2021-02-25 EN ApprovedDCLng. StatusRev. ReleasedTypeChlorinated ParaffinsFormaldehydeHalogenated DiphenylMethanes1350 HDST601100Dept. Document No.Lead in PaintOzone DepletingSubstances (ODS)Polychlorinated Biphenyls(PCBs) and PolychlorinatedTerphenyls (PCTs)PolychlorinatedNaphthalenesRadioactive SubstancesTributyl Tin (TBT), TriphenylTin (TPT), Tributyl Tin Oxide(TBTO)Table 3:Asbestos must not be present in packaging materials or transportation means nor inparts, components, materials or products.Packaging materials must not contain flame-retardants that are polybrominatedbiphenyls (PBBs) or polybrominated diphenyl ethers (PBDEs), includingdecabromodiphenyl ether (DecaBDE), also known as polybrominated biphenyl ethers(PBBEs) and polybrominated biphenyl oxides (PBBOs), in concentrations greater thanor equal to 0.1% (1000 PPM) by weight in any homogeneous material.Packaging materials must not contain lead, mercury, cadmium, or hexavalentchromium where the sum concentration of incidental lead, mercury, cadmium, andhexavalent chromium is greater than 0.01% (100 PPM) by weight.Chlorinated hydrocarbons must not be contained in any parts, components, materialsor products in concentrations greater than or equal to 0.1% (1000 PPM) by weight inany homogeneous material.Short chain chlorinated paraffins (SCCPs) including, but not limited to those identifiedby CAS numbers 63449-39-8 and 85535-84-8, must not be used or contained insofteners in paints, coatings and sealants, in oils or in flame-retardants, in rubber,plastic and textiles, in concentrations greater than or equal to 0.1% (1000 PPM) byweight in any homogeneous material.Formaldehyde must not be used in wooden materials, furniture, detergents, cleaningagents and polishes in concentrations greater than or equal to 0.0005% (5 PPM) byweight in any homogeneous material.Halogenated diphenyl methanes must not be present in any parts, components,materials, or products in concentrations greater than or equal to 0.1% (1000 PPM) byweight in any homogeneous material.Lead carbonates and sulphates must not be used in any paint applied to parts,components, materials, or products in concentrations greater than 0.01% (100 PPM)by weight in any homogeneous material.Ozone depleted substances must not be used in the manufacturing process of anyparts, components, materials or products. This requirement does not apply to use ofthese substances in refrigeration units used in manufacturing facilities. Ozone depletedsubstances must not be present in any parts, components, materials or products.Chlorofluorocarbons (CFCs) and hydrochlorofluorocarbons (HCFCs) must not be usedin plastic foam packaging materials; for example, as foaming agents.Polychlorinated biphenyls (PCBs) and polychlorinated terphenyls (PCTs) must not bepresent in parts, components, materials or products in concentrations greater than orequal to 0.0005% (5 PPM) by weight in any homogeneous material.Polychlorinated naphthalenes (more than 3 chlorine atoms) must not be present inparts, components, materials or products in concentrations greater than or equal to0.0005% (5 PPM) by weight in any homogeneous material.Radioactive substances must not be present in packaging materials.TBTs, TPTs, and TBTOs must not be used in parts, components, materials or productsin concentrations greater than or equal to 0.0005% (5 PPM) by weight in anyhomogeneous material.Materials restricted for packagingGE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH7 / 33HDST601100A Appendix A - Types of Export PackingThis section deals with basic types of export packing.A.1 Solid Wooden BoxesSolid wooden boxes can be considered as the all-purpose outerpacking. Care must be taken to use the correct construction typebased on the product size and weight. A correctly constructed boxalso considers widths of lorries and ISO containers.A.1.1Deviation!In opposition to some industrystandards, GE prohibits thelining of boxes with tarpaperor similar products.Basic DesignA.1.1.1 Solid Wooden Box Type 1: Standard Box as per HDST3004201234567891011DC1350 HDST601100MH 2021-02-25 EN ApprovedTypeDept. Document No.Rev. ReleasedLng. StatusItem Quantity DescriptionFigure 1:22111144224Side wallEnd wallBottomLidWaterproof foilInternal lidSide battenEnd battenLid battenLateral bottom beamSling protectionSolid wooden box type 1A.1.1.2 Large Solid Wooden Box Type 4: Box with Longitudinal Runners as per HDST300421Item Quantity DescriptionFigure 2:123456789102211116634113121334Side wallEnd wallBottomLidWaterproof foilInternal lidSide battenEnd battenLid battenDiagonal battenLongitudinal bottombeamLongitudinal runnerSling protectionSolid wooden box type 4GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH8 / 33HDST601100A.1.1.3 Large Solid Wooden Box Type 5: Box with Lateral Runners as per HDST300422Lng. StatusDC1350 HDST601100Rev. ReleasedTypeDept. Document No.MH 2021-02-25 EN ApprovedItem Quantity DescriptionFigure 3:123456789102211116834114121334Side wallEnd wallBottomLidWaterproof foilInternal lidSide battenEnd battenLid battenDiagonal battenLongitudinal bottombeamLateral runnerSling protectionSolid wooden box type 5A.1.1.4 Large Solid Wooden Box Type 6: Box with Lateral Bottom Beams as per HDST300423Item Quantity Description123456789101112Figure 4:221111643434Side wallEnd wallBottomLidWaterproof foilInternal lidSide battenEnd battenLid battenDiagonal battenLateral bottom beamSling protectionSolid wooden box type 6GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERA.1.2Revision:Page:MH9 / 33HDST601100SpecificationA.1.2.1 MaterialMaterials to be used for solid wooden boxes are semi dry fir, spruce or pine of grade class S 7/MS 7 for boardsand S 10/ MS 10 for battens, planks and joists and beams as per DIN 4074-1.A.1.2.2 Guidelines Determining the Thickness of Wooden Package ComponentsWood thickness [mm]Side/endBox capacity [kg]RemarksBottomWallsLid100 - 2’0002’000 - 9’0009’000 - 18’0002430401824301824 124 118’000 - 30’000503024 1Table 4:Select the appropriate combination per chart and depending onbox content (single lightweight object / single heavyweightobject, bulk material, etc.). If in doubt, select next higher boxcapacity level.1Thickness may be increased for large box widthsSize of package components for solid wooden boxesLng. StatusDC1350 HDST601100Rev. ReleasedTypeDept. Document No.MH 2021-02-25 EN ApprovedA.1.2.3 ConstructionFor construction details refer to section A.6.GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH10 / 33HDST601100A.2 Plywood BoxesWhenever possible use plywood for box sizes up to 2’350 x 1’100x2’800 mm (L x W x H) as far as the net weight allows for it.Deviation!In opposition to some industrystandards, GE prohibits thelining of boxes with tarpaperor similar products.A.2.1 Basic DesignApplicable for net weights up to 500 kg and 1‘500 kg respectively.A.2.1.1 Plywood Box Type 7: For Net Weights up to 500 kg as per HDST300482Item Quantity Description1MH 2021-02-25 EN ApprovedRev. ReleasedTypeDCLng. Status123456789Figure 5:221188222Side wallEnd wallBottom 1LidSide batten 1End batten 1Lid batten 1Lateral bottom beam 1Metal strapsmade of solid woodPlywood box type 71350 HDST601100Dept. Document No.A.2.1.2 Plywood Box Type 8: For Net Weights up to 1’500 kg as per HDST300503Item Quantity Description1Figure 6:1234567822116834910312Side wallEnd wallBottom 1LidSide batten 1End batten 1Lid batten 1Longitudinalreinforcement 1Lateral bottom beam 1Edge binder (metal)made of solid woodPlywood box type 8GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERA.2.2Revision:Page:MH11 / 33HDST601100SpecificationA.2.2.1 MaterialMaterials to be used for plywood components of the box are defined in DIN 68705-3 or EN 13986. BFU 100type plywood panels are glued with phenol resin and are therefore heat-resistant and waterproof.Materials to be used for solid wooden components of the box are semi dry fir, spruce or pine of grade classS 7/MS 7 for boards and S 10/ MS 10 for battens, planks and joists and beams as per DIN 4074-1.A.2.2.2 Guidelines Determining the Thickness of Wooden Package ComponentsWood thickness [mm]Side/endBox capacity [kg]BottomWallsLid100 - 1’0002412121’000 - 1’500301616Lng. StatusDCRev. ReleasedType1350 HDST601100MH 2021-02-25 EN ApprovedTable 5:Dept. Document No.RemarksSelect the appropriate combination per chart and depending onbox content (single lightweight object / single heavyweightobject, bulk material, etc.). If in doubt, select next higher boxcapacity level.Size of package components for plywood boxesA.2.2.3 ConstructionGeneral For bottom construction refer to section A.6.1. For fastening, securing, and padding refer to A.6.2 Lid and end walls must be constructed from a single plywood sheet. To ensure drain and ventilation do not use plywood for the box bottom.Boxes for net weight up to 500 kg End walls must be equipped with batten frames outside. Side walls must be carried out with battens and supports inside. Plywood boxes must always be tied with two metal or plastic straps.Boxes for net weight up to 1’500 kg End walls must be equipped with batten frames of minimum 120 mm width outside. Plywood sheets of the side wall may only be vertically connected.Boxes for heavier net weightsThe inner box construction must be adapted to bear all loads due to stacking and sling compression. Refer tosection A.6.6.A.2.3 Alternative Plywood Box DesignsStandard folding boxes may be used instead of the plywood boxes mentioned above.The Supplier shall be responsible for the correct selection and application of any alternative designs to meetthe minimum requirements as per section 2.GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH12 / 33HDST601100A.3 CratesCrates are used whenever the external shape of the product constricts or even hinders loading, transferringor other manipulations. Products packed in crates must be insensitive to corrosion and environmentalfactors.A.3.1Basic DesignMH 2021-02-25 EN ApprovedDCLng. StatusRev. ReleasedTypeA.3.1.1 Solid Wooden Crate Type 1 (Open Lid) and 2 (Closed Lid) as per HDST300404Figure 211442221144Open side wallOpen end wallSolid bottomOpen lidClosed lidSide battenEnd battenLid battenDiagonal battenLateral bottombeamSling protectionSolid wooden crate type 1 and 2Item Quantity Description1350 HDST601100Dept. Document No.A.3.1.2 Large Solid Wooden Crate Type 3: Crate with Lateral Bottom Beams as per HDST30040512345678910Figure 8:2211643434Open side wallOpen end wallSolid bottomClosed lidSide battenEnd battenLid battenDiagonal battenLateral bottom beamSling protectionSolid wooden crate type 3GE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERA.3.2Revision:Page:MH13 / 33HDST601100SpecificationA.3.2.1 MaterialsMaterials to be used for crates are semi dry fir, spruce or pine of quality grade class S 7/MS 7 for boards andS 10/ MS 10 for battens, planks and joists and beams as per DIN 4074-1.A.3.2.2 Guidelines for Determining of Thickness of Wooden Package ComponentsWood thickness [mm]Side/endBox capacity [kg]RemarksBottomWallsLid100 - 2’0002’000 - 9’0009’000 - 18’0002430401824301824 124 118’000 - 30’000503024 1Table 6:Select the appropriate combination per chart and depending onbox content (single lightweight object / single heavyweightobject, bulk material, etc.). If in doubt, select next higher boxcapacity level.1Thickness may be increased for large box widthsSize of package components for solid wooden cratesMH 2021-02-25 EN ApprovedDCLng. StatusRev. ReleasedTypeA.3.2.3 ConstructionFor construction details refer to section A.6.A.4 Corrugated Cardboard BoxesCardboard boxes are applicable for net weights of up to 300 kgsingle fluteddepending on quality grade and the use of suitable inner packing.Corrugated cardboard boxes are offered in three quality grades, i.e. double flutedsingle, double or triple fluted (Figure 9), which define theirapplication.triple flutedBoxes are not suitable for multi modal transport of heavy machineryproducts and must therefore not be used for sea freight and railFigure 9: Composition of corrugatedtransport.1350 HDST601100Dept. Document No.cardboardA.4.1 Pre-PackingDouble and triple fluted boxes may be used for pre-packing of partsand products, which are consolidated in a wooden box, ISOcontainer or triple fluted box. It is however essential to preventcondensation and moisture penetration, which diminishes thestrength of boxes.A.4.2 Postal deliveriesPostal deliveries in double fluted boxes are only suitable formainland transports. Worldwide deliveries must be packed in triplefluted boxes.ApplicationPre-packagingPostal deliveryRoad transportRail transportSea freightAir freight12Singlefluted Doublefluted 12Triplefluted 22Mainland transports onlyNot suitable whenever intermediate storageis anticipatedA.4.3 Intermediate storageCardboard boxes, irrespective of their quality, must not be used for Table 7:road and air transport if intermediate storage is anticipated. Notethat cardboard boxes are not suitable for outside storage. Hence,the use of boxes for outer packing is basically limited to expressdeliveries with limited intermediate handling.Use of cardboard boxesGE Proprietary Information: Class II (Internal, Non-Critical) – Uncontrolled when printed or transmitted electronically COPYRIGHT 2021 General Electric Company All rights reserved. The information herein is Proprietary and Technically Exclusive content of theGeneral Electric Company and/or its legitimate affiliates.
GE POWERRevision:Page:MH14 / 33HDST601100Lng. StatusDC1350 HDST601100Rev. ReleasedTypeDept. Document No.MH 2021-02-25 EN ApprovedA.5 Bundl
specific Shipping, Packing and Marking Instruction for further obligations when using containers. 4 Packing Protocol and Inspection 4.1 Packing Protocol The Supplier must issue a packing protocol for each package wherein the adopted packaging and preservation methods are recorded. The test certificate HDST601912 can be used.
A PERSPECTIVE ON GLOBAL PACKAGING BY DOW P12 P44 P24 P36 PACKAGING HISTORY P08. So much more than just a drink The development of coffee packaging design PACKAGING MATERIALS P24. The packaging genius of nature How have a banana's spots influenced design? PACKAGING AND BRANDS P32. The unpackaging ritual When packaging becomes part of .
Fundamentals of Packaging Technology Seminar Course Outline . Semester 4 Day Three 4-7 Packaging Machinery Package design and machine-ability . packaging 4-11 Packaging Software Standards Applications Use in Packaging Special Packaging Applications - Graphics Design - Structural Design
The fluctuating cost of raw materials used for tea packaging is a restraining factor for the global tea packaging market. Also, the more innovative the packaging gets, it adds up to the cost of the product making it priced higher than usual which is an inhibitory factor for the global tea packaging market. Packaging type which is recyclable and
ASEPTIC FOOD PACKAGING Industry Study #4469 July 2022 This study examines the US market for aseptic food packaging, defined as primary and secondary . Aseptic Bag-in-Box Packaging: Product Examples 64 Figure 5-11. Bag-in-Box Packaging Demand by Application, 2011 - 2026 (million dollars) 66 Figure 5-12. Other Aseptic Food Packaging Demand .
STRONG GROWTH CONTINUES IN THE ADVANCED PACKAGING MARKET In 2019 the total IC packaging market was 68B. Advanced packaging (AP) accounted for 29B and is expected to grow at a CAGR of 6.6%, reaching 42B in value in 2025. At the same time, the traditional packaging market will grow at a CAGR 2019-2025 of 1.9% and the total packaging
Active packaging- packaging enhancing quality, shelf life or safety Aseptic- sterile RFID- radio frequency identification technology HDPE- high-density polyethylene, stronger plastic than polyethylene, 3 History of Packaging As opposed to packaging trends of today, the main focus in packaging used to be on the
content. Frozen food packaging therefore needs to be strong and flexible to account for these changes in product characteristics. Packaging materials should be liquid tight to prevent leakages. The choice of packaging material and the thickness of the packaging film are therefore important attributes when packaging these types of goods.
2.1 Food Packaging and definitions Food packaging Food packaging has 4 main functions: containment, protection, convenience and communication; all of them are correlated to each other and need to be considered during the packaging development process (Robertson, G.L. 2012). Consequently, food packaging is an important tool for the food industry.
